History of alternative medicine – Wikipedia

The history of alternative medicine refers to the history of a group of diverse medical practices that were collectively promoted as "alternative medicine" beginning in the 1970s, to the collection of individual histories of members of that group, or to the history of western medical practices that were labeled "irregular practices" by the western medical establishment.[1][2][3][4] It includes the histories of complementary medicine and of integrative medicine. "Alternative medicine" is a loosely defined and very diverse set of products, practices, and theories that are perceived by its users to have the healing effects of medicine, but do not originate from evidence gathered using the scientific method,[5]:Ch 14E, p. 1[6][7] are not part of biomedicine,[5][8][9][10] or are contradicted by scientific evidence or established science.[4][11][12] "Biomedicine" is that part of medical science that applies principles of anatomy, physics, chemistry, biology, physiology, and other natural sciences to clinical practice, using scientific methods to establish the effectiveness of that practice.

Much of what is now categorized as alternative medicine was developed as independent, complete medical systems, was developed long before biomedicine and use of scientific methods, and was developed in relatively isolated regions of the world where there was little or no medical contact with pre-scientific western medicine, or with each other's systems. Examples are Traditional Chinese medicine and the Ayurvedic medicine of India. Other alternative medicine practices, such as homeopathy, were developed in western Europe and in opposition to western medicine, at a time when western medicine was based on unscientific theories that were dogmatically imposed by western religious authorities. Homeopathy was developed prior to discovery of the basic principles of chemistry, which proved homeopathic remedies contained nothing but water. But homeopathy, with its remedies made of water, was harmless compared to the unscientific and dangerous orthodox western medicine practiced at that time, which included use of toxins and draining of blood, often resulting in permanent disfigurement or death.[1] Other alternative practices such as chiropractic and osteopathic manipulative medicine, were developed in the United States at a time that western medicine was beginning to incorporate scientific methods and theories, but the biomedical model was not yet totally dominant. Practices such as chiropractic and osteopathic, each considered to be irregular by the medical establishment, also opposed each other, both rhetorically and politically with licensing legislation. Osteopathic practitioners added the courses and training of biomedicine to their licensing, and licensed Doctor of Osteopathic Medicine holders began diminishing use of the unscientific origins of the field, and without the original practices and theories, is now considered the same as biomedicine.

Until the 1970s, western practitioners that were not part of the medical establishment were referred to "irregular practitioners", and were dismissed by the medical establishment as unscientific or quackery.[1] Irregular practice became increasingly marginalized as quackery and fraud, as western medicine increasingly incorporated scientific methods and discoveries, and had a corresponding increase in success of its treatments. In the 1970s, irregular practices were grouped with traditional practices of nonwestern cultures and with other unproven or disproven practices that were not part of biomedicine, with the group promoted as being "alternative medicine". Following the counterculture movement of the 1960s, misleading marketing campaigns promoting "alternative medicine" as being an effective "alternative" to biomedicine, and with changing social attitudes about not using chemicals, challenging the establishment and authority of any kind, sensitivity to giving equal measure to values and beliefs of other cultures and their practices through cultural relativism, adding postmodernism and deconstructivism to ways of thinking about science and its deficiencies, and with growing frustration and desperation by patients about limitations and side effects of science-based medicine, use of alternative medicine in the west began to rise, then had explosive growth beginning in the 1990s, when senior level political figures began promoting alternative medicine, and began diverting government medical research funds into research of alternative, complementary, and integrative medicine.[1][2][3][4][13][14][15]

The concept of alternative medicine is problematic as it cannot exist autonomously as an object of study in its own right but must always be defined in relation to a non-static and transient medical orthodoxy. It also divides medicine into two realms, a medical mainstream and fringe, which, in privileging orthodoxy, presents difficulties in constructing an historical analysis independent of the often biased and polemical views of regular medical practitioners.[17] The description of non-conventional medicine as alternative reinforces both its marginality and the centrality of official medicine. Although more neutral than either pejorative or promotional designations such as quackery or natural medicine, cognate terms like unconventional, heterodox, unofficial, irregular, "folk", "popular", "marginal", complementary, integrative or unorthodox define their object against the standard of conventional biomedicine,[19] entail particular perspectives and judgements, often carry moral overtones, and can be inaccurate. Conventional medical practitioners in the West have, since the nineteenth century, used some of these and similar terms as a means of defining the boundary of "legitimate" medicine, marking the division between that which is scientific and that which is not. The definition of mainstream medicine, generally understood to refer to a system of licensed medicine which enjoys state and legal protection in a jurisdiction,[n 1] is also highly specific to time and place. In countries such as India and China traditional systems of medicine, in conjunction with Western biomedical science, may be considered conventional and mainstream. The shifting nature of these terms is underlined by recent efforts to demarcate between alternative treatments on the basis of efficacy and safety and to amalgamate those therapies with scientifically adjudged value into complementary medicine as a pluralistic adjunct to conventional practice.[n 2] This would introduce a new line of division based upon medical validity.

Prior to the nineteenth century European medical training and practice was ostensibly self-regulated through a variety of antique corporations, guilds or colleges.[25] Among regular practitioners, university trained physicians formed a medical elite while provincial surgeons and apothecaries, who learnt their art through apprenticeship, made up the lesser ranks. In Old Regime France, licenses for medical practitioners were granted by the medical faculties of the major universities, such as the Paris Faculty of Medicine. Access was restricted and successful candidates, amongst other requirements, had to pass examinations and pay regular fees. In the Austrian Empire medical licences were granted by the Universities of Prague and Vienna. Amongst the German states the top physicians were academically qualified and typically attached to medical colleges associated with the royal court. The theories and practices included the science of anatomy and that the blood circulated by a pumping heart, and contained some empirically gained information on progression of disease and about surgery, but were otherwise unscientific, and were almost entirely ineffective and dangerous.

Outside of these formal medical structures there were myriad other medical practitioners, often termed irregulars, plying a range of services and goods. The eighteenth-century medical marketplace, a period often referred to as the "Golden Age of quackery",[n 3] was a highly pluralistic one that lacked a well-defined and policed division between "conventional" and "unconventional" medical practitioners.[31] In much of continental Europe legal remedies served to control at least the most egregious forms of "irregular" medical practice but the medical market in both Britain and American was less restrained through regulation.[32] Quackery in the period prior to modern medical professionalisation should not be considered equivalent to alternative medicine as those commonly deemed quacks were not peripheral figures by default nor did they necessarily promote oppositional and alternative medical systems. Indeed, the charge of 'quackery', which might allege medical incompetence, avarice or fraud, was levelled quite indiscriminately across the varied classes of medical practitioners be they regular medics, such as the hierarchical, corporate classes of physicians, surgeons and apothecaries in England, or irregulars such as nostrum mongers, bonesetters and local wise-women. Commonly, however, quackery was associated with a growing medical entrepreneurship amongst both regular and irregular practitioners in the provision of goods and services along with associated techniques of advertisement and self-promotion in the medical marketplace. The constituent features of the medical marketplace during the eighteenth century were the development of medical consumerism and a high degree of patient power and choice in the selection of treatments, the limited efficacy of available medical therapies, and the absence of both medical professionalisation and enforced regulation of the market.

In the late eighteenth and nineteenth centuries regular and irregular medical practitioners became more clearly differentiated throughout much of Europe.[36] In part, this was achieved through processes of state-sanctioned medical regulation. The different types of regulatory medical markets created across nineteenth-century Europe and America reflected differing historical patterns of state formation. Where states had traditionally enjoyed strong, centralised power, such as in the German states, government more easily assumed control of the medical regulation. In states that had exercised weaker central power and adopted a free-market model, such as in Britain, government gradually assumed greater control over medical regulation as part of increasing state focus on issues of public health. This process was significantly complicated in Britain by the enduring existence of the historical medical colleges. A similar process is observable in America from the 1870s but this was facilitated by the absence of medical corporations. Throughout the nineteenth century, however, most Western states converged in the creation of legally delimited and semi-protected medical markets. It is at this point that an "official" medicine, created in cooperation with the state and employing a scientific rhetoric of legitimacy, emerges as a recognisable entity and that the concept of alternative medicine as a historical category becomes tenable.

France provides perhaps one of the earliest examples of the emergence of a state-sanctioned medical orthodoxy and hence also of the conditions for the development of forms of alternative medicine the beginnings of which can be traced to the late eighteenth century. In addition to the traditional French medical faculties and the complex hierarchies of practitioners over which they presided, the state increasingly supported new institutions, such as the Socit Royale de Mdecine (Royal Society of Medicine) which received its royal charter in 1778, that played a role in policing medical practice and the sale of medical nostrums.[40] This system was radically transformed during the early phases of the French Revolution when both the traditional faculties and the new institutions under royal sponsorship were removed and an entirely unregulated medical market was created.[41] This anarchic situation was reformed under the exigencies of war when in 1793 the state established national control over medical education; under Napoleon in 1803 state-control was extended over the licensing of medical practitioners.[41] This latter reform introduced a new hierarchical division between practitioners in the creation of a medical lite of graduate physicians and surgeons, who were at liberty to practice throughout the state, and the lowly officiers de sant who received less training, could only offer their services to the poor, and were restricted in where they could practice.[42] This national system of medical regulation under state-control, exported to regions of Napoleonic conquest such as Italy, the Rhineland and the Netherlands, became paradigmatic in the West and in countries adopting western medical systems. While offering state protection to licensed doctors and establishing a medical monopoly in principal it did not, however, remove competition from irregular practitioners.

From the late eighteenth century and more robustly from the mid-nineteenth century a number of non-conventional medical systems developed in the West which proposed oppositional medical systems, criticised orthodox medical practitioners, emphasised patient-centredness, and offered substitutes for the treatments offered by the medical mainstream.[46] While neither the medical marketplace nor irregular practitioners disappeared during the nineteenth century, the proponents of alternative medical systems largely differed from the entrepreneurial quacks of the previous century in eschewing showy self-promotion and instead adopting a more sober and serious self-presentation. The relationship between medical orthodoxy and heterodoxy was complex, both categories contained considerably variety, were subject to substantial change throughout the period, and the divisions between the two were frequently blurred.

Many alternative notions grew out of the Lebensreform movement, which emphasized the goodness of nature, the harms to society, people, and to nature caused by industrialization, the importance of the whole person, body and mind, the power of the sun, and the goodness of "the old ways".[49]:40[50][51][52]:3233[53]

The variety of alternative medical systems which developed during this period can be approximately categorised according to the form of treatment advocated. These were: those employing spiritual or psychological therapies, such as hypnosis (mesmerism); nutritional therapies based upon special diets, such as medical botanism; drug and biological therapies such as homeopathy and hydrotherapy; and, manipulative physical therapies such as osteopathy and chiropractic massage. Non-conventional medicine might define health in terms of concepts of balance and harmony or espouse vitalistic doctrines of the body. Illness could be understood as due to the accretion of bodily toxins and impurities, to result from magical, spiritual, or supernatural causes, or as arising from energy blockages in the body such that healing actions might constitute energy transfer from practitioner to patient.

Mesmerism is the medical system proposed in the late eighteenth century by the Viennese-trained physician, Franz Anton Mesmer (17341815), for whom it is named. The basis of this doctrine was Mesmer's claimed discovery of a new aetherial fluid, animal magnetism, which, he contended, permeated the universe and the bodies of all animate beings and whose proper balance was fundamental to health and disease.[56] Animal magnetism was but one of series of postulated subtle fluids and substances, such as caloric, phlogiston, magnetism, and electricity, which then suffused the scientific literature.[57] It also reflected Mesmer's doctoral thesis, De Planatarum Influxu ("On the Influence of the Planets"), which had investigated the impact of the gravitational effect of planetary movements on fluid-filled bodily tissues.[58] His focus on magnetism and the therapeutic potential of magnets was derived from his reading of Paracelsus, Athanasius Kircher and Johannes Baptista van Helmont. The immediate impetus for his medical speculation, however, derived from his treatment of a patient, Franzisca Oesterlin, who suffered from episodic seizures and convulsions which induced vomiting, fainting, temporary blindness and paralysis. His cure consisted of placing magnets upon her body which consistently produced convulsive episodes and a subsequent diminution of symptoms. According to Mesmer, the logic of this cure suggested that health was dependent upon the uninterrupted flow of a putative magnetic fluid and that ill health was consequent to its blockage. His treatment methods claimed to resolve this by either directly transferring his own superabundant and naturally occurring animal magnetism to his patients by touch or through the transmission of these energies from magnetic objects.[61]

By 1775 Mesmer's Austrian practice was prospering and he published the text Schrieben ber die Magnetkur an einen auswrtigen Arzt which first outlined his thesis of animal magnetism. In 1778, however, he became embroiled in a scandal resulting from his treatment of a young, blind patient who was connected to the Viennese court and relocated to Paris where he established a medical salon, "The Society of Harmony", for the treatment of patients.[63] Recruiting from a client-base drawn predominantly from society women of the middle- and upper-classes, Mesmer held group sances at his salubrious salon-clinic which was physically dominated by a large, lidded, wooden tank, known as the baquet, containing iron, glass and other material that Mesmer had magnetized and which was filled with "magnetized water".[64] At these sessions patients were enjoined to take hold of the metal rods emanating from the tub which acted as a reservoir for the animal magnetism derived from Mesmer and his clients.[65] Mesmer, through the apparent force of his will not infrequently assisted by an intense gaze or the administration of his wand would then direct these energies into the afflicted bodies of his patients seeking to provoke either a "crisis" or a trance-like state; outcomes which he believed essential for healing to occur. Patient proclamations of cure ensured that Mesmer enjoyed considerable and fashionable success in late-eighteenth-century Paris where he occasioned something of a sensation and a scandal.

Popular caricature of mesmerism emphasised the eroticised nature of the treatment as spectacle: "Here the physician in a coat of lilac or purple, on which the most brilliant flowers have been painted in needlework, speaks most consolingly to his patients: his arms softly enfolding her sustain her in her spasms, and his tender burning eye expresses his desire to comfort her".[67] Responding chiefly to the hint of sexual impropriety and political radicalism imbuing these sances, in 1784 mesmerism was subject to a commission of inquiry by a royal-appointed scientific panel of the prestigious French Acadmie de Mdicine.[n 4] Its findings were that animal magnetism had no basis in fact and that Mesmer's cures had been achieved through the power of suggestion. The commission's report, if damaging to the personal status of Mesmer and to the professional ambitions of those faculty physicians who had adopted mesmeric practices,[n 5] did little to hinder the diffusion of the doctrine of animal magnetism.

In England mesmerism was championed by John Elliotson, Professor of Practical Medicine at University College London and the founder and president of the London Phrenological Society.[72] A prominent and progressive orthodox physician, he was President of the Medico-Chirugical Society of London and an early adopter of the stethoscope in English medical practice. He had been introduced to mesmerism in the summer of 1837 by the French physician and former student of Mesmer, Dupotet, who is credited as the most significant cross-channel influence on the development of mesmerism in England. Elliotson believed that animal magnetism provided the basis for a consideration of the mind and will in material terms thus allowing for their study as medical objects. Initially supported by the Lancet, a reformist medical journal, he contrived to demonstrate the scientific properties of animal magnetism as a physiological process on the predominantly female charity patients under his care in the University College Hospital. Working-class patients were preferred as experimental subjects to exhibit the physical properties of mesmerism on the nervous system as, being purportedly more animalistic and machine-like than their social superiors, their personal characteristics were deemed less likely to interfere with the experimental process. He sought to reduce his subjects to the status of mechanical automata claiming that he could, through the properties of animal magnetism and the pacifying altered states of consciousness which it induced, "play" their brains as if they were musical instruments.

Two Irish-born charity patients, the adolescent O'Key sisters, emerged as particularly important to Elliotson's increasingly popular and public demonstrations of mesmeric treatment. Initially, his magnetising practices were used to treat the sisters' shared diagnosis of hysteria and epilepsy in controlling or curtailing their convulsive episodes. By the autumn of 1837 Elliotson had ceased to treat the O'Keys merely as suitable objects for cure and instead sought to mobilise them as diagnostic instruments. When in states of mesmeric entrancement the O'Key sisters, due to the apparent increased sensitization of their nervous system and sensory apparatus, behaved as if they had the ability to see through solid objects, including the human body, and thus aid in medical diagnosis. As their fame rivalled that of Elliotson, however, the O'Keys behaved less like human diagnostic machines and became increasingly intransigent to medical authority and appropriated to themselves the power to examine, diagnose, prescribe treatment and provide a prognosis.[80] The emergence of this threat to medical mastery in the form of a pair of working-class, teenage girls without medical training aroused general disquiet amongst the medical establishment and cost Elliotson one of his early and influential supporters, the leading proponent of medical reform, Thomas Wakley.[81] Wakley, the editor of the Lancet, had initially hoped that Elliotson's scientific experiments with animal magnetism might further the agenda of medical reform in bolstering the authority of the profession through the production of scientific truth and, equally importantly in a period when the power-relations between doctors and patients were being redefined, quiescent patient bodies.[82] Perturbed by the O'Key's provocative displays, Wakely convinced Elliotson to submit his mesmeric practice to a trial in August 1838 before a jury of ten gentlemen during which he accused the sisters of fraud and his colleague of gullibility.[83] Following a series of complaints issued to the Medical Committee of University College Hospital they elected to discharge the O'Keys along with other mesmeric subjects in the hospital and Elliotson resigned his post in protest.[84]

This set-back, while excluding Elliotson from the medical establishment, ended neither his mesmeric career nor the career of mesmerism in England. From 1842 he became an advocate of phreno-mesmerism an approach that amalgamated the tenets of phrenology with animal magnetism and that led to a split in the Phrenological Society.[85][86] The following year he founded, together with the physician and then President of the Phrenological Society, William Collins Engledue,[87] the principal journal on animal magnetism entitled The Zoist: A Journal of Cerebral Physiology and Mesmerism and their Application to Human Welfare, a quarterly publication which remained in print until its fifty-second issue in January 1856.[85][88] Mesmeric societies, frequently patronised by those among the scientific and social elite were established in many major population centres in Britain from the 1840s onwards. Some sufficiently endowed societies, such as those in London, Bristol and Dublin, Ireland, supported mesmeric infirmaries with permanent mesmeric practitioners in their employ. Due to the competing rise of spiritualism and psychic research by the mid-1860s these mesmeric infirmaries had closed.

The 1840s in Britain also witnessed a deluge of travelling magnetisers who put on public shows for paying audiences to demonstrate their craft. These mesmeric theatres, intended in part as a means of soliciting profitable private clientele, functioned as public fora for debate between skeptics and believers as to whether the performances were genuine or constituted fraud. In order to establish that the loss of sensation under mesmeric trance was real, these itinerant mesmerists indulged in often quite violent methods including discharging firearms close to the ears of mesmerised subjects, pricking them with needles, putting acid on their skin and knives beneath their fingernails.

Such displays of the anaesthetic qualities of mesmerism inspired some medical practitioners to attempt surgery on subjects under the spell of magnetism. In France, the first major operation of this kind had been trialled, apparently successfully, as early as 1828 during a mastectomy procedure. In Britain the first significant surgical procedure undertaken on a patient while mesmerised occurred in 1842 when James Wombell, a labourer from Nottingham, had his leg amputated.[93] Having been mesmerised for several days prior to the operation by a barrister named William Topham, Wombell exhibited no signs of pain during the operation and reported afterwards that the surgery had been painless. This account was disputed by many in the medical establishment who held that Wombell had fraudulently concealed the pain of the amputation both during and after the procedure. Undeterred, in 1843 Elliotson continued to advocate for the use of animal magnetism in surgery publishing Numerous Cases of Surgical Operation without Pain in the Mesmeric State. This marked the beginning of a campaign by London mesmerists to gain a foothold for the practice within British hospitals by convincing both doctors and the general public of the value of surgical mesmerism. Mesmeric surgery enjoyed considerable success in the years from 1842 to 1846 and colonial India emerged as a particular stronghold of the practice; word of its success was propagated in Britain through the Zoist and the publication in 1846 of Mesmerism in India and its Practical Application in Surgery and Medicine by James Esdaile, a Scottish surgeon with the East India Company and the chief proponent of animal magnetism in the subcontinent.[98]

Although a few surgeons and dentists had undertaken fitful experiments with anaesthetic substances in the preceding years, it was only in 1846 that use of ether in surgery was popularised amongst orthodox medical practitioners. This was despite the fact that the desensitising effects of widely available chemicals like ether and nitrous oxide were commonly known and had formed part of public and scientific displays over the previous half-century.

A feature of the dissemination of magnetism in the New World was its increasing association with spiritualism. By the 1830s mesmerism was making headway in the United States amongst figures like the intellectual progenitor of the New Thought movement, Phineas Parkhurst Quimby, whose treatment combined verbal suggestion with touch. Quimby's most celebrated "disciple", Mary Baker Eddy, would go on to found the "medico-religious hybrid", Christian Science, in the latter half of the nineteenth century. In the 1840s the American spiritualist Andrew Jackson Davis sought to combine animal magnetism with spiritual beliefs and postulated that bodily health was dependent upon the unobstructed movement of the "spirit", conceived as a fluid substance, throughout the body. As with Quimby, Davis's healing practice involved the use of touch.

Deriving from the tradition of bone-setting and a belief in the flow of supernatural energies in the body (vitalism), both osteopathy and chiropractic developed in the USA in the late 19th century. The British School of Osteopathy was established in 1917[103] but it was the 1960s before the first chiropractic college was established in the UK.[104] Chiropractic theories and methods (which are concerned with subluxations or small displacements of the spine and other joints) do not accord with orthodox medicines current knowledge of the biomechanics of the spine.[105] in addition to teaching osteopathic manipulative medicine (OMM) and theory, osteopathic colleges in the US gradually came to have the same courses and requirements as biomedical schools, whereby osteopathic doctors (ODs) who did practice OMM were considered to be practicing conventional biomedicine in the US. The passing of the Osteopaths Act (1993) and the Chiropractors Act (1994), however, created for the first time autonomous statutory regulation for two CAM therapies in the UK.[106]

Chiropractic began in the United States in 1895. when Daniel David Palmer performed the first chiropractic adjustment on a partially deaf janitor, who then claimed he could hear better as a result of the manipulation.[107] Palmer opened a school of chiropractic two years later. Chiropractic's early philosophy was rooted in vitalism, naturalism, magnetism, spiritualism and other unscientific constructs. Palmer claimed to merge science and metaphysics.[108] Palmer's first descriptions and underlying philosophy of chiropractic described the body as a "machine" whose parts could be manipulated to produce a drugless cure, that spinal manipulation could improve health, and that the effects of chiropractic spinal manipulation as being mediated primarily by the nervous system.[109]

Despite their similarities, osteopathic practitioners sought to differentiate themselves by seeking regulation of the practices.[110] In a 1907 test of the new law, a Wisconsin based chiropractor was charged with practicing osteopathic medicine without a license. Practicing medicine without a license led to many chiropractors, including D.D. Palmer, being jailed.[110] Chiropractors won their first test case, but prosecutions instigated by state medical boards became increasingly common and successful. Chiropractors responded with political campaigns for separate licensing statutes, from osteopaths, eventually succeeding in all fifty states, from Kansas in 1913 through Louisiana in 1974.

Divisions developed within the chiropractic profession, with "mixers" combining spinal adjustments with other treatments, and "straights" relying solely on spinal adjustments. A conference sponsored by the National Institutes of Health in 1975 spurred the development of chiropractic research. In 1987, the American Medical Association called chiropractic an "unscientific cult"[111] and boycotted it until losing a 1987 antitrust case.[112]

Ayurveda or ayurvedic medicine has more than 5,000 years of history, now re-emerging as texts become increasingly accessible in modern English translations. These texts attempt to translate the Sanskrit versions that have remained hidden in India since British occupation from 17551947.[113][114][115] As modern archaeological evidence from Harappa and Mohenja-daro is distributed, Ayurveda has now been accepted as the world's oldest concept of health and disease discovered by man and the oldest continuously practiced system of medicine. Ayurveda is a world view that advocates mans allegiance and surrender to the forces of Nature that are increasingly revealed in modern physics, chemistry and biology. It is based on an interpretation of disease and health that parallels the forces of nature, observing the sun's fire and making analogies to the fires of the body; observing the flows in Nature and describing flows in the body, terming the principle as Vata; observing the transformations in Nature and describing transformations in the body, terming the principle as Pitta; and observing the stability in Nature and describing stability in the body, terming the principle as Kapha.[116]

Ayurveda can be defined as the system of medicine described in the great medical encyclopedias associated with the names Caraka, Suruta, and Bhea, compiled and re-edited over several centuries from about 200 BCE to about 500 CE and written in Sanskrit.[citation needed] These discursive writings were gathered and systematized in about 600 CE by Vgbhaa, to produce the Agahdayasahit ('Heart of Medicine Compendium') that became the most popular and widely used textbook of ayurvedic medicine in history.[117] Vgbhaa's work was translated into many other languages and became influential throughout Asia.[118]

Its prehistory goes back to Vedic culture and its proliferation in written form flourished in Buddhist times.[118] Although the hymns of the Atharvaveda and the gveda mention some herbal medicines, protective amulets, and healing prayers that recur in the ciphered slokas of later ayurvedic treatises, the earliest historical mention of the main structural and theoretical categories of ayurvedic medicine occurs in the Buddhist Pli Tripiaka, or Canon.[citation needed]

Ayurveda originally derived from the Vedas, as the name suggests, and was first organized and captured in Sanskrit in ciphered form by physicians teaching their students judicious practice of healing. These ciphers are termed slokas and are purposefully designed to include several meanings, to be interpreted appropriately, known as 'tantra yukti' by the knowledgeable practitioner. Ayu means longevity or healthy life, and veda means human-interpreted and observable truths and provable science. The principles of Ayurveda include systematic means for allowing evidence, including truth by observation and experimentation, pratyaksha; attention to teachers with sufficient experience, aptoupadesha; analogy to things seen in Nature, anumana; and logical argument, yukti.

It was founded on several principles, including yama (time) and niyama (self-regulation) and placed emphasis on routines and adherence to cycles, as seen in Nature. For example, it directs that habits should be regulated to coincide with the demands of the body rather than the whimsical mind or evolving and changing nature of human intelligence. Thus, for the follower of ayurvedic medicine, food should only be taken when they are instinctively hungry rather than at an arbitrarily set meal-time. Ayurveda also teaches that when a person is tired, it is not wise to eat food or drink, but to rest, as the body's fire is low and must gather energy in order to alight the enzymes that are required to digest food. The same principles of regulated living, called Dinacharya, direct that work is the justification for rest and in order to get sufficient sleep, one should subject the body to rigorous exercise.[119] Periodic fasting, or abstaining from all food and drink for short durations of one or two days helps regulate the elimination process and prevents illness. It is only in later years that practitioners of this system saw that people were not paying for their services, and in order to get their clients to pay, they introduced herbal remedies to begin with and later even started using metals and inorganic chemical compositions in the form of pills or potions to deal with symptoms.

Emigration from the Indian sub-continent in the 1850s brought practitioners of Ayurveda (Science of Life).[120] a medical system dating back over 2,500 years,[114] its adoption outside the Asian communities was limited by its lack of specific exportable skills and English-language reference books until adapted and modernised forms, New Age Ayurveda and Maharishi Ayurveda, came under the umbrella of CAM in the 1970s to Europe.[citation needed] In Britain, Unani practitioners are known as hakims and Ayurvedic practitioners are known as vaidyas. Having its origins in the Ayurveda, Indian Naturopathy incorporates a variety of holistic practices and natural remedies and became increasingly popular after the arrival of the post-Second World War wave of Indian immigrants.[citation needed] The Persian work for Greek,Unani medicines uses some similar materials as Ayurveda but are based on philosophy closer to Greek and Arab sources than to Ayurveda.[121] Exiles fleeing the war between Yemen and Aden in the 1960s settled nearby the ports of Cardiff and Liverpool and today practitioners of this Middle Eastern medicine are known as vaids.[citation needed].

In the US, Ayurveda has increased popularity since the 1990s, as Indian-Americans move into the mainstream media, and celebrities visit India more frequently. In addition, many Americans go to India for medical tourism to avail of reputed Ayurvedic medical centers that are licensed and credentialed by the Indian government and widely legitimate as a medical option for chronic medical conditions. AAPNA, the Association of Ayurvedic Professionals of North America, http://www.aapna.org,[122] has over 600 medical professional members, including trained vaidyas from accredited schools in India credentialed by the Indian government, who are now working as health counselors and holistic practitioners in the US. There are over 40 schools of Ayurveda throughout the US, providing registered post-secondary education and operating mostly as private ventures outside the legitimized medical system, as there is no approval system yet in the US Dept of Education. Practitioners graduating from these schools and arriving with credentials from India practice legally through the Health Freedom Act, legalized in 13 states. Credentialing and a uniform standard of education is being developed by the international CAC, Council of Ayurvedic Credentialing, http://www.cayurvedac.com,[123] in consideration of the licensed programs in Ayurveda operated under the Government of India's Ministry of Health and Family Welfare, Dept of AYUSH. In India, there are over 600,000 practicing physicians of Ayurveda. Ayurveda is a legal and legitimate medical system in many countries of South Asia.

Traditional Chinese medicine has more than 4,000 years of history as a system of medicine that is based on a philosophical concept of balance ( yin and yang, Qi, Blood, Jing, Bodily fluids, the Five Elements, the emotions, and the spirit) approach to health that is rooted in Taoist philosophy and Chinese culture. As such, the concept of it as an alternative form of therapeutic practise is only found in the Western world.

The arrival into Britain of thousands of Chinese in the 1970s introduced Traditional Chinese Medicine a system dating back to the Bronze Age or earlier that used acupuncture, herbs, diet and exercise.[124] Today there are more than 2,000 registered practitioners in the UK.

Until the 1970s, western practitioners that were not part of the medical establishment were referred to "irregular practitioners", and were dismissed by the medical establishment as unscientific or quackery.[1] Irregular practice became increasingly marginalized as quackery and fraud, as western medicine increasingly incorporated scientific methods and discoveries, and had a corresponding increase in success of its treatments. In the 1970s, irregular practices were grouped with traditional practices of nonwestern cultures, and with other unproven or disproven practices that were not part of biomedicine, and the entire group began to be marketed and promoted as "alternative medicine".[1][4] Following the counterculture movement of the 1960s, misleading marketing campaigns promoting "alternative medicine" as an effective "alternative" to biomedicine, and with changing social attitudes about not using chemicals, challenging the establishment and authority of any kind, sensitivity to giving equal measure to values and beliefs of other cultures and their practices through cultural relativism, adding postmodernism and deconstructivism to ways of thinking about science and its deficiencies, and with growing frustration and desperation by patients about limitations and side effects of science-based medicine, use of alternative medicine in the west began to rise, then had explosive growth beginning in the 1990s, when senior level political figures began promoting alternative medicine, and began diverting government medical research funds into research of alternative, complementary, and integrative medicine.[1][2][3][4][13][14][15]

In 1991, after United States Senator Thomas Harkin became convinced his allergies were cured by taking bee pollen pills, he used $2 million of his discretionary funds to create the Office of Alternative Medicine (OAM), to test the efficacy of alternative medicine and alert the public as the results of testing its efficacy.[125] The OAM mission statement was that it was dedicated to exploring complementary and alternative healing practices in the context of rigorous science; training complementary and alternative medicine researchers; and disseminating authoritative information to the public and professionals. Joseph M. Jacobs was appointed the first director of the OAM in 1992. Jacobs' insistence on rigorous scientific methodology caused friction with Senator Harkin. Harkin criticized the "unbendable rules of randomized clinical trials" and, citing his use of bee pollen to treat his allergies, stated: "It is not necessary for the scientific community to understand the process before the American public can benefit from these therapies."[126] Increasing political resistance to the use of scientific methodology was publicly criticized by Dr. Jacobs and another OAM board member complained that nonsense has trickled down to every aspect of this office. In 1994, Senator Harkin responded by appearing on television with cancer patients who blamed Dr. Jacobs for blocking their access to untested cancer treatment, leading Jacobs to resign in frustration. The OAM drew increasing criticism from eminent members of the scientific community, from a Nobel laureate criticizing the degrading parts of the NIH to the level a cover for quackery, and the president of the American Physical Society criticizing spending on testing practices that violate basic laws of physics and more clearly resemble witchcraft. In 1998, the President of the North Carolina Medical Association publicly called for shutting down the OAM. The NIH Director placed the OAM under more strict scientific NIH control.

In 1998, Sen. Harkin responded to the criticism and stricter scientific controls by the NIH, by raising the OAM to the level of an independent center, increasing its budget to $90 million annually, and renaming it to be the National Center for Complementary and Alternative Medicine (NCCAM). The United States Congress approved the appropriations without dissent. NCCAM had a mandate to promote a more rigorous and scientific approach to the study of alternative medicine, research training and career development, outreach, and integration. In 2014 the agency was renamed to the National Center for Complementary and Integrative Health (NCCIH). The NCCIH charter requires that 12 of the 18 council members shall be selected with a preference to selecting leading representatives of complementary and alternative medicine, 9 of the members must be licensed practitioners of alternative medicine, 6 members must be general public leaders in the fields of public policy, law, health policy, economics, and management, and 3 members must represent the interests of individual consumers of complementary and alternative medicine.

By 2009, the NCCIH budget had grown from annual spending of about $2 million at its inception, to $123 million annually. In 2009, after a history of 17 years of government testing produced almost no clearly proven efficacy of alternative therapies, Senator Harkin complained, One of the purposes of this center was to investigate and validate alternative approaches. Quite frankly, I must say publicly that it has fallen short. It think quite frankly that in this center and in the office previously before it, most of its focus has been on disproving things rather than seeking out and approving.[127] Members of the scientific and biomedical communities complained that after a history of 17 years of being tested, at a cost of over $2.5 Billion on testing scientifically and biologically implausible practices, almost no alternative therapy showed clear efficacy.[128]

From 1990 to 1997, use of alternative medicine in the US increased by 25%, with a corresponding 50% increase in expenditures.[129] By 2013, 50% of Americans were using alternative medicine, and annual spending on CAM in the US was $34 Billion.[130]

The terms alternative and complementary tend to be used interchangeably to describe a wide diversity of therapies that attempt to use the self-healing powers of the body by amplifying natural recuperative processes to restore health. In ancient Greece the Hippocratic movement, commonly regarded as the fathers of medicine, actually gave rise to modern naturopathy and indeed much of todays CAM.[131] They placed great emphasis on a good diet and healthy lifestyle to restore equilibrium; drugs were used more to support healing than to cure disease.

Complementary medicines have evolved through history and become formalised from primitive practices; although many were developed during the 19th century as alternatives to the sometimes harmful practices of the time, such as blood-lettings and purgation. In the UK, the medical divide between CAM and conventional medicine has been characterised by conflict, intolerance and prejudice on both sides and during the early 20th century CAM was virtually outlawed in Britain: healers were seen as freaks and hypnotherapists were subject to repeated attempts at legal restriction.[132] The alternative health movement is now accepted as part of modern life, having progressed from a grass-roots revival in the 1960s reacting against environmental degradation, unhealthy diets and rampant consumerism.

Until the arrival of the Romans in AD43, medical practices were limited to a basic use of plant materials, prayers and incantations. Having assimilated the corpus of Hippocrates, the Romans brought with them a vast reparatory of herbal treatments and introduced the concept of the hospital as a centralised treatment centre. In Britain, hydrotherapy (the use of water either internally or externally to maintain health and prevent disease) can be traced back to Roman spas.[133] This was augmented by practices from the Far East and China introduced by traders using the Silk Road.

During the Catholic and Protestant witch-hunts from the 14th to the 17th centuries, the activities of traditional folk-healers were severely curtailed and knowledge was often lost as it existed only as an oral tradition. The widespread emigration from Europe to North America in the 18th and 19th centuries included both the knowledge of herbalism and some of the plants themselves. This was combined with Native American medicine and then re-imported to the UK where it re-integrated with the surviving herbal traditions to evolve as todays medical herbalism movement.[134]

The natural law of similia similibus curantur, or like is cured by like, was recognised by Hippocrates but was only developed as a practical healing system in the early 19th century by a German, Dr Samuel Hahnemann.[135] Homeopathy was brought to the UK in the 1830s by a Dr Quinn who introduced it to the British aristocracy, whose patronage continues to this day. Despite arousing controversy in conventional medical circles, homeopathy is available under the National Health Service, and in Scotland approximately 25% of GPs hold qualifications in homeopathy or have undergone some homeopathic training.[136]

The impact on CAM of mass immigration into the UK is continuing into the 21st century. Originating in Japan, cryotherapy has been developed by Polish researchers into a system that claims to produce lasting relief from a variety of conditions such as rheumatism, psoriasis and muscle pain.[137] Patients spend a few minutes in a chamber cooled to 110C, during which skin temperature drops some 12C.

The use of CAM is widespread and increasing across the developed world. The British are presented with a wide choice of treatments from the traditional to the innovative and technological. Section 60 of the Health Act 1999 allows for new health professions to be created by Order rather than primary legislation.[138] This raises issues of public health policy which balance regulation, training, research, evidence-base and funding against freedom of choice in a culturally diverse society

The term alternative medicine refers to systems of medical thought and practice which function[citation needed] as alternatives to or subsist outside of conventional, mainstream medicine. Alternative medicine cannot exist absent an established, authoritative and stable medical orthodoxy to which it can function as an alternative. Such orthodoxy was only established in the West during the nineteenth century through processes of regulation, association, institution building and systematised medical education.

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Complementary or alternative medicine works outside the evidence-based realm of science. This area includes alt-med stories that don't fit into any of our other categories. Read more about alternative medicine

Here are 276 people who were harmed by someone not thinking critically.

Oxford, England

Died (untreated breast cancer)1998

Bungoma, Kenya

Genitals mutilatedMarch 2005

Age: 55Fort Bragg, California

Died (cancer)July 15, 1997

Age: 57Quadra Island, British Columbia, Canada

Died (poisoning)December 26, 2006

Age: 58Tulsa, Oklahoma

Died (undiagnosed leukemia)October 2005

Age: 5 monthsLos Angeles, California

Died (untreated cancer)

Age: 64New York City, New York

Blinded1997

Age: 32Arizona

DiedMarch 1993

Age: 41Paris, France

DiedMarch 31, 2001

Age: 54Pelham, New Hampshire

Died (untreated cancer)2000

Age: 39Sacramento, California

Died (cancer)March 20, 1999

Age: 13Martensville, Saskatchewan, Canada

Died (cancer)June 30, 1999

Age: 9Siegen, Germany

Died (untreated cancer)November 2004

Age: 19Wheat Ridge, Colorado

DiedDecember 19, 2003

Age: 49Sandy, Utah

Died

Age: 46Macon, Georgia

Died (cancer)November 7, 1999

Age: 3Scituate, Massachusetts

Died (cyanide poisoning)October 12, 1979

Post Falls, Idaho

Died (untreated cancer)January 2005

Age: 54Hamilton, Michigan

DiedFebruary 6, 1996

Age: 43Poole, Dorset, England

Died (untreated cancer)June 2002

St. Louis, Missouri

DiedJanuary 24, 2007

Age: 76Windsor, Wisconsin

DiedMay 9, 2005

Michigan

Father died of untreated cancerMarch 1996

Age: 9New York

Died (untreated Hodgkin's disease)1980

Age: 17Calgary, Alberta, Canada

Died (leukemia)September 5, 2002

Calgary, Alberta, Canada

Family destroyed, daughter diedSeptember 5, 2002

Husband poisonedApril 12, 2002

Age: 40

Died (untreated breast cancer)December 11, 2005

Age: 52Southsea, Hampshire, England

Died (untreated wound)April 17, 2007

Age: 15Bungoma, Kenya

Genitals mutilatedMarch 2005

Age: 12Hull, Quebec, Canada

Died (untreated diabetes)March 28, 1994

Age: 36Nine Miles, Jamaica

Died (untreated cancer)May 11, 1981

Age: 11North Canton, Ohio

Died (cancer)May 17, 2007

Age: 59Seattle, Washington

Died, $17,000 wasted on quack deviceSeptember 3, 2005

Age: 50Jurez, Mexico

Died (lung cancer)November 7, 1980

Age: 45Boxmeer, Netherlands

Died (untreated cancer)August 19, 2001

Cape Town, South Africa

DiedOctober 2005

Orlando, Florida

Sold useless treatments for her cancer, died2007

Du Noon, Cape Town, South Africa

DiedOctober 30, 2005

Age: 33Kansas City, Kansas

DiedJanuary 2004

Age: 57Arundel, Queensland, Australia

Untreated tumors, shortened life spanFebruary 2002 - June 2004

Ridgefield, Connecticut

Died (liver failure)December 17, 1987

Janesville, Wisconsin

Died (untreated cancer)April 2000

Age: 5North London, England

Bowel perforated in 12 places1998

Age: 2 months

Died1978

Age: 40New York City, New York

Died1995

Age: 36Regina, Saskatchewan, Canada

Died (cancer)March 2, 2000

Age: 52Gold Coast, Queensland, Australia

Died (untreated cancer)March 8, 2003

Age: 68Los Angeles, California

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Immortals | Baccano! Wiki | FANDOM powered by Wikia

The Immortals ( fushisha) are a group of people who attained immortality either by drinking the Grand Panacea or by drinking the Cure-All Elixir.

There are set of rules that immortals must follow, as set by Ronny Schiatto. Although they are able to use a false name for temporary introductions to mortals, their bodies reject all attempts to establish lasting false identities. They must use their real names when speaking to another immortal - and this is an involuntary measure; it is physically impossible to give a false name when there is another immortal in one's vicinity. Immortals are also unable to write down a false name on documents - they are forced to write their real name.

To kill an immortal, another immortal must "devour" them by placing their right hand on the other's head while thinking "I want to eat you." After one devours another immortal, one receives all the immortals' memories and knowledge.

The more often an immortal is injured in a certain way, the faster they will recover from that injury. For example: Dallas Genoard has been shot in the head more than once. Each time he is shot in the head, the faster he recovers.

In the 2007 anime adaptation, immortals can transmit information and images to another immortal by placing their right hand on the other's head and thinking about the information or image. This is not so in the light novels - though immortals can transmit information in that manner to their linked homunculi (ex: Szilard to Ennis) albeit with their left hand. In the anime, Maiza transmits knowledge of the elixir to Gretto via this method, but in the novels he simply tells Gretto half of the recipe.

At least three generations of immortals are currently confirmed.

This generation originally consisted of ten people: nine alchemy students and their teacher Dalton Strauss. A decade after their turning, one immortal devoured his own mother - sparking a war for survival within the group. Dalton himself first heard of the immortality elixir from the sage Majeedah Batutah.

There are only three survivors of this generation: Dalton himself; Renee Paramedes Branvillier; and Archangelo. Archangelo is personally responsible for the deaths of the other immortals, whom he devoured for Renee's sake (he loved her, and believed that the very existence of the others was a threat to her). To avoid devourment, Dalton severed his own right hand and gave it to Archangelo, making it impossible for him to devour Renee or anyone else. Archangelo proceeded to bury it in a spot that only he knows the whereabouts of. The survivors would go on to continue teaching alchemy to interested students.

This generation originally consisted of thirty people who obtained immortality aboard the Advena Avis.

Fleeing persecution in Lotto Valentino, the alchemists board the ship and head for the New World. At some point during the voyage, Maiza Avaro summons a 'demon' (Ronny Schiatto). Ronny bestows on Maiza (and only Maiza) the knowledge required to concoct the Grand Panacea. That day, Maiza teaches his younger brother Gretto half of the recipe before deciding that he will keep the recipe to himself rather than share it with the others. Alchemist Szilard Quates is outraged, and proceeds to devour thirteen of the alchemists aboard the ship -- the first he devours is Gretto, and thus he obtains half of the recipe.

Szilard jumps off the ship of his own accord (in the anime, he is cleaved in half by Nile). Once the surviving alchemists arrive in the colonies, they scatter across the continent in fear of Szilard's wrath. Five more alchemists end up dying by Szilard's hand over the course of the next two centuries. The reign of terror comes to an end when Szilard is devoured in November 1930.

It is later revealed that three of the passengers (Huey Laforet, Elmer C. Albatross, and Lebreau Fermet Viralesque) each sent Lucrezia de Dormentaire portions of the elixir (Huey and Elmer each sent her half of their portions, and Fermet sent her a 'sample' several years later). Lucrezia thus becomes a complete immortal, along with Niki and Maiza's father. Maiza's father is experimented upon over the next two centuries.

Sometime after arriving in the colonies, 1711 immortal Denkur Tg attempts to walk back to his homeland in Japan. He is intercepted in the North Pole by Fermet, who entraps him in a box while he is asleep, and sends the box into a crevasse. Denkur remains encased in ice for the next two hundred and fifty years.

1711 immortal Nile throws himself into war after war in order to never forget the realities of death once he arrives in the colonies.

Note that Advena Avis passenger Sylvie Lumiere is the only passenger who did not drink the elixir while on the boat; intending to eventually kill Szilard, she abstains from drinking her portion of the elixir for several years while in the colonies, only drinking it once she has aged several years and looks visibly different from her time aboard the ship. She dedicates her life to revenge, living solely to find and devour Szilard in revenge for Gretto.

Elmer, meanwhile, spends much of his time over the next two centuries tracing Szilard's footsteps with the intention of convincing him to repent and smile.

This group of immortals consists of an unknown amount of people, and unlike the previous two generations obtained immortality accidentally rather than purposefully. This generation became immortal via the Cure-All Elixir - Szilard's newly completed version of the immortality elixir - in November 1930.

As previously stated, this group became immortal accidentally. To explain, there were three dozen bottles of the new elixir...most of which were destroyed in a granary fire (thanks to the mishap of Randy and Pezzo). Barnes managed to save two bottles of the elixir, but quickly lost possession of them: in the novels, Firo Prochainezo switches out the bottles for his own two bottles of liquor; in the 2007 anime, the bottles are taken by Dallas Genoard and his goons, then by the Gandor Family, taken back by Dallas and company, and then stolen by Isaac & Miria...who deliver the elixir to the Martillo Family. Believing the bottles to contain alcohol, Isaac, Miria, the Gandor brothers, the Martillo executives (and some of their family members), Lia Lin-Shan and Seina all consume it at Firo's promotion party that night.

It is revealed in a drama CD that a young man called Pietro Gonzales recovered a bottle of the elixir from the collapsed granary and drank it (thinking it alcohol). Once he learns he is immortal he is horrified, and with his friend Dominico Fuentes he searches for a way to 'cure' his immortality and become mortal again in the summer of 1936.

Szilard also devised an elixir that could bestow upon someone incomplete immortality. An incomplete immortal will eventually die of old age, but otherwise can survive all manner of injury or sickness. They cannot devour others, however.

Huey's homunculi in the Lamia are the reverse: they do not physically age and cannot die from old age, but they can be killed like normal humans.

Szilard must have finished the incomplete immortality elixir by 1927, since during that year he made the priest Donatello an incomplete immortal (he later devoured the man).

By the 1930s, 1711 immortal Sylvie makes her living as a singer while 1711 immortal Begg Garott makes drugs for the Runorata Family.

In November 1930, Szilard's subordinate Paula Wilmans is one of the workers responsible for the incomplete elixir. Lester pleads with her to give him the incomplete immortality elixir, but she refuses and buries her bottle of the elixir in her husband's grave for safekeeping. Her son Mark retrieves the bottle in August 1932, and confronts Lester that month in the Coraggioso. Lester charges at him in order to get at the bottle, and Mark stabs him with his ice pick several times, severely wounding him. Lester manages to seize the bottle. Kicking Mark aside, he rips out the cork and downs the bottle's contents in one gulp.

Lester thus becomes an incomplete immortal. His wounds do not heal and leave him in perpetual agony, much to Elmer's consternation - Elmer had returned to New York on the Flying Pussyfoot and spent the past half year there in search of Szilard. After Nicola Cassetti expresses his desire to enact physical revenge upon Lester, Elmer crouches down next to Lester and offers to put him out of his misery by devouring him...as long as Lester promises that he'll smile when he goes. Despite knowing his pain-filled fate, Lester refuses. Elmer says that he'll be back in a few years once Lester has changed his mind.

After Szilard's death, both Huey and the Nebula corporation attempt to obtain his incomplete elixir. Huey orders the Lamia to steal the elixir - but Nebula gets to it first and distributes it to all twelve hundred of its employees at the Mist Wall (under the guise of it being a mandatory vaccine for their jobs) in September 1933.

By December 1934, Nebula distributes the remaining incomplete elixir to certain executives of the Russo Family (including don Placido Russo and capo Klik) under the condition that the Russos capture the Lamia. To do this, Placido recalls Graham Specter and his gang back from New York to Chicago to capture the Lamia alive. The homunculi manage to escape from Graham.

At the same time, Huey remains incarcerated in Alcatraz. 1711 immortal and FBI agent Victor Talbot incarcerates 1930 immortal Firo Prochainezo as a mole into the prison, where he has incarcerated 1930 immortal Isaac Dian as blackmail for Firo.

When Alcatraz prisoner Ladd Russo and Firo meet with Huey, it is revealed that Rene (who works for Nebula) had hired several Felix Walkens to steal Huey's eye. The Felix Walkens are easily dispatched, but Firo decides that he will steal Huey's eye instead. Sham secretly betrays Huey and helps Firo to escape, but not before Liza (a vessel of Hilton) steals Firo's eyes via one of her birds. She later returns his eyes to him via Annie, one of Hilton's vessels. Isaac Dian is released in December and reunites with fellow immortal Miria Harvent.

Back in Chicago, the Russo Family have failed to capture the Lamia. As punishment Renee devours the Russos' incomplete immortals, starting first with Placido and ending with Klik.

Huey escapes Alcatraz and later hires Claire Stanfield to guard Melvi Dormentaire in 1935. Huey has a grand scheme in 1935 that involves tainting Manhattan's municipal water supply, a move which if successful would affect seven million New Yorkers. Whatever he plans to taint the water supply with was developed by 1711 immortal Begg, whom has made some sort of deal with Huey.

Nile seeks out Victor some time during the Cold War and reports on his war experiences over the past two centuries before leaving. Meanwhile in the mid-twentieth century, a Soviet nuclear submarine encounters Denkur at the North Pole and thaws him out. The KGB chase Denkur all the way to Germany, where he is shot as he tries to climb over the Berlin Wall. He hides in East Germany until the wall falls, and finally makes his way back to Japan.

1711 immortals Maiza Avaro and Czeslaw Meyer go on a trip in the 1970s to find the surviving 1711 immortals and inform them of Szilard's passing. Over the next few decades, they locate Begg Garott, Nile, Sylvie Lumiere and Denkur Tg. After Bartolo Runorata's death circa 1972, Begg falls into a steep mental decline.

In 1991, Elmer visits a ninja village in Japan and has a chance, unexpected reunion with Denkur, who had found employment there.

In December 1998, Elmer arrives in a certain European country in Szilard's footsteps. There, he finds a strange, isolated village and the homunculus Phil, and takes up residence in the village's castle.

In 2001, Maiza, Czes, Nile, Denkur and Sylvie travel to Europe in search of Elmer, the last missing immortal. Once they reunite with him, they investigate the strange village he lives in and the laboratory of Bild Quates. Once Maiza and Czes return to America in the summer of 2002, Maiza visits Begg in the hospital where Begg has remained an inpatient for the past thirty decades.

In August 2002, 1711 immortals Elmer, Sylvie, Denkur, Nile, and Czes, and the 1930 immortal Firo (along with Ennis) board the cruise liners Entrance and Exit, and are embroiled in the massacres aboard both ships. The 1711 immortals (sans Czes) were invited aboard the Exit by Huey, while Czes accompanied Firo and Ennis on the Entrance during their honeymoon. The chaos aboard both ships was orchestrated by Fermet in an attempt to recreate the events of the Flying Pussyfoot.

Fermet reveals himself as alive to Czes after the Entrance arrives in Kyoto, Japan.

Any amount of the elixir will grant immortality, even just one sip of it. When one drinks the elixir, it essentially preserves their body in the state it is in at the time of consumption; the most obvious example is that Czeslaw is doomed to be a child forever - more horrifying is how Niki has been in constant agony for the past three centuries ever since she had near-mortal wounds when she became immortal. As another example, Elmer's body is still covered in the countless scars he bore before consuming the elixir.

Severed body parts will seek out the body in order to reattach themselves; of course, it is possible to obstruct reattachment through burial or containment. One could potentially use this as a means to find another immortal - just like Renee does in the 1930s when she searches for Huey (using his eye as a 'homing beacon' of sorts - she just has to follow the direction it tugs in).

An immortal is not immune to exhaustion, or the psychological effects of starvation. Ennis has stated that immortals can become temporarily feverish if they are infected or poisoned. If they are in enough pain, they will black out just as humans do.

To elaborate on what happens when one absorbs a devoured immortal's knowledge, Szilard in Manga Chapter 011 says that an immortal body "not only grasps the knowledge it 'eats' with its brain, it physically 'knows' it as well. Provided you have the knowledge, you can ride horseback or dance perfectly the very first time [you try.]"

Dalton Strauss notes in 1935-B: Dr. Feelgreed that once one becomes immortal, one's capacity for memory expands beyond that of a normal human's capacity.

Elmer says this of the Grand Panacea in 1932: "I've been told it has a bit of a mind of its own and naturally improves things over time." It is unknown who told him and how true the statement is. He is speaking to Lester, and comments that with injuries like the ones Lester has that "it might take a very long time."

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Philadelphia Eagles and football immortality: A match made …

The Philadelphia Eagles are hoping to parlay Hall of Fame inductions with their first Super Bowl win.

Philadelphia Eagles safety Brian Dawkins is going to the Pro Football Hall of Fame. He will be joined by former Eagles wide receiver Terrell Owens. Now, on the grandest stage of them all, Nick Foles will attempt to make this the greatest weekend in Philadelphia sports history by bring the Eagles their first Super Bowl win in franchise history.

The Xs and Os have been talked about ad nauseum. Bill Belichick,Tom Bradyand the rest of the New England Patriots need no further introduction. Foles, despite his playoff performances, is still the victim of skepticism nationally. Now he prepares to take on the 2017 NFL MVP in Brady. In just a few short hours however, all the talk and awards become meaningless.

That includes certain proclamations by Eagles wide receiver Alshon Jeffery. Jefferys comments surely provide the Patriots with bulletin board material. Of course, even bulletin board material is irrelevant at this point. If a team is in the Super Bowl, they deserve to be there. They also should believe they can win.

Want your voice heard? Join the Inside the Iggles team!

That feeling has swept over the city of Philadelphia leading up to todays game. The Eagles players and their fans truly believe this team is capable of pulling off their third straight upset victory. In order to do that, two current players who mirror T.O. and Dawkins need to perform like them. That would be the aforementioned Jeffery and Malcolm Jenkins.

Jenkins, to his credit, has developed into the emotional leader of the franchise. Today, the defense is going to need him to be more than just a leader. They are going to need him to play at the same level that Dawkins played at throughout his career. What Jenkins has that Dawkins did not is a better supporting cast to take on Brady and company.

As for Jeffery, he might not be what Owens was, but hes still capable of taking over a game. Coming off of his best game as a member of the Eagles, Jeffery is oozing confidence. The Eagles will need every ounce of it too. Fortunately for Jeffery, he also has a better cast of characters going to battle with him than Owens did.

Of course, the players still need to perform on the field. In 2005, the Eagles performed admirably and came up short. Now this ragtag cast of starters, replacements, veterans and rookies are faced with a similar task. The three letter word that the Eagles desire the most is win, but the three letter acronym that will be most responsible for making it happen will be RPO. As Warren Sharp points out, running the football might be the Eagles best chance for success against the Patriots.

Perhaps its appropriate that on the eve of the Super Bowl, two members from the Eagles last appearance are heading to Canton, Ohio. Maybe a better word for it is fate. What other word could describe the unprecedented run that this team has gone on? One word certainly comes to mind: Destiny. In a season that has been defined by 53 instead of one, today, one is all we need.

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The Perils Of Immortality | AMERICAN HERITAGE

On a clement August evening in 1902, Mrs. Cornelius Vanderbilt III stood on the lawn of her Newport, Rhode Island, estate, receiving two hundred guests and looking, her son later recalled, like a Gainsborough painting in her plumed picture hat, cabochon emeralds, and diamond stomacher. The entertainment for the evening, which the press billed as The Fete of Roses and she called an at-home, included, in addition to a carnival complete with a calcium-lit midway and various games of chance, a production of the current musical hit The Wild Rose . Mrs. Vanderbilt spared neither effort nor expensethe Knickerbocker Theater went dark for two nights while the cast, scenery, and stage crew traveled north to her specially constructed theaterbut her guests did not see the show that was packing in lesser mortals on Broadway. Like an MTV programmer, Mrs. Vanderbilt knew her audiences attention span. She shaved the performance from three hours to one. While no one is claiming The Wild Rose marked a high point in the history of the American theaterit featured such memorable numbers as Cupid Is the Captain and Mrs. Vanderbilts favorite, They Were All Doing the Sameits mauling by a society matron is emblematic of the wary relationship between money and art.

The cave painters at Lascaux may have been the last to get along without patrons, and for all we know, they had others bringing home their bison. When the artists patron becomes his subject, the situation grows even more dicey. Uneasy is the hand that holds the brush that paints the slavers noble countenance, the merchants proud wife, the robber barons weakchinned heir.

In 1992 the Newport Art Museum assembled an exhibition of about two hundred portraits spanning a period of three centuries. Taken together, the paintings represented not only a whos who of Newport but a retrospective of American portraiture from colonial times to the present, from Gilbert Stuart and Robert Feke toand heres the surpriseDiego Rivera and Richard Lindner. Many of the portraits, which belong to the sitters or their descendants, have since returned to their owners, but now the museum has put together 196 of them in a volume called Newportraits , published by the University Press of New England.

The collection, like the history of the city, has its high points and low. Settled in 1639 by a group fleeing the religious persecution of the Massachusetts Colony, colonial Newport was both celebrated and condemned for its tolerance. While Cotton Mather fulminated against this common receptacle of the convicts of Jerusalem and the outcasts of the land, merchants grew rich from the Triangular Trade, twenty-two distilleries turned molasses into rum, and one of the first paintings in the collection, a circa-1740 portrait of Mary Winthrop Wanton by Robert Feke, featured a dcolletage so daring that in 1859 the directors of the local Redwood Library commissioned Jane Stuart, the daughter of Gilbert, to paint, under protest, a nosegay over the cleavage. Jane Stuart called the retouching an act of vandalism, but the patrons prudishness trumped the artists eye. And she had a widowed mother and several sisters to support.

Occupied by the British during the Revolution, Newport never recovered its former prosperity, despite its popularity as a summering spot for Southern gentry fleeing their native heat and malaria in the first half of the nineteenth century and New England intellectuals seeking one anothers company in the second. Two Pulitzer Prize-winning writers, Maud Howe Elliott (awarded the prize with her sisters Florence Marion Howe Hall and Laura E. Richards for a biography of their mother, Julia Ward Howe) and Edith Wharton, make appearances in this collection. Despite Whartons comment that she did not care for watering-place mundanities, she followed the trend toward fashionable European painters and sat for the Englishman Edward Harrison May.

UNEASY IS THE HAND THAT HOLDS THE BRUSH THAT PAINTS THE SLAVERS NOBLE COUNTENANCE, THE MERCHANTS PROUD WIFE.

By then the Gilded Age had arrived. The village built on tolerance had become the resort notorious for exclusivity. Newport was the very Holy of Holies, the playground of the great ones of the earth from which all intruders were ruthlessly excluded by a set of cast-iron rules, wrote Elizabeth Drexel Lehr, whose husband, Harry, succeeded Ward McAllister as the arbiter of social acceptability.

Sitting for a portrait is an act of hubris. The subject is saying, I am worth looking at. It is also a statement of trust in the artist: I will let you fashion the face I show to posterity. Even after photography had introduced a less risky road to immortality, the rich, the powerful, the celebratedand those who wanted to becontinued to take the gamble.

When it comes to showing a fine face to future generations, the modern subjects in this collection who have perhaps fared best were painted by a loved one. Olive Bigelow Pell arrived in Newport as the second wife of Congressman Herbert Claiborne Pell. Her Pells at Tea , 1933, captures the ease and tenderness of a halcyon family moment. Mr. Pell lounges, Mrs. Pell serves, her daughter perches on the arm of Herberts chair, her son-in-law bounces her grandchild on his knee. No outsider intrudes to disturb the peace. The artist is one of the family. (The fact that the family is an amalgam of two shattered by divorce, a somewhat unusual state of affairs at the time, adds another dimension to the scene.)

SITTING FOR A PORTRAIT IS A STATEMENT OF TRUST. THE SUBJECT IS SAYING, I WILL LET YOU FASHION THE FACE I SHOW TO POSTERITY.

The equally affectionate Herbert and Claiborne Pell , 1927, tells a story as clearly and eloquently as a Norman Rockwell illustration. Pell painted this luminous portrait of her husband and his son, the future senator Claiborne Pell, shortly after her marriage. The arrangement of handsHerbert Pell raises his right to make a point while his son clasps his fathers left in his own small fistcreates a magical circle of private love and public duty.

It is a truism that portraits reveal what is important to the sitterthe squire with his horses and hunting dogs, the dowager with her diamondsbut in Pells self-portrait, One Lump or Two? , her gorgeous silver tea service and tantalizingly edible sandwiches shimmer with irony as well as exuberance.

Pell saw. A diplomatic colleague of her husband wrote to Franklin D. Roosevelt that she was the embodiment of Ruskins remark that for a thousand who can think there is only one that can see. She also worked, constantly, painstakingly, passionately. But other artistically inclined insiders found the conflict between the delights of life and the demands of art more difficult to reconcile. An artist neighbor encouraged Gertrude Vanderbilt Whitney to pay less attention to her social role and more to her sculpture, and fortunately for the museum-going public, she followed his advice. The Senator Pell pictured here as a boy ascribed his championship of the National Endowment for the Arts to the fact that he was a frustrated artist. But for some the good life proved too alluring. The senior Pell, a model of sober statesmanship in the portrait, later wrote his son, My worst quality was, of course, an almost uncontrollable unwillingness to work except sporadically.

In a world where work is an afterthought, or at least a choice, what, then, are the inhabitants thinking when they ask artists, some of them self-proclaimed revolutionaries, to paint their portraits? They are supporting the arts certainly, but they could do that by buying an existing canvas. The answer, I suspect, has something to do with family pride and the aforementioned hubris. The result is often fabulous, but the likeness is not always flattering. Sometimes it is not even a likeness.

Diego Riveras Jojo (Joseph Hudson) , 1955, is a beautiful and haunting case in point. The painting is not really a portrait, since the little heirs face bears an uncanny similarity to the aging Mexican artists features, but with its mysterious imagery and arresting composition it is pure seduction.

A 1982 painting by Larry Rivers of Jojos sister, Titi, Princess von Fuerstenberg, Portrait of the Princess (Titi Hudson in Blazing Pink) , does achieve an individual and immediate resemblance. A lyrical sketch in black on a splash of pink, the portrait reveals a wealth of character with an economy of line. Clear-eyed but not unaffectionate, it also illustrates what Rivers called my conflict with and about the useful rich, toward whom I acted more democratically than I felt. The catalogue does not reveal what the princess thought of the painting, but it does say that Josephine Bryce was delighted with the way her friend Salvador Dali portrayed her. Posed in profile like a Renaissance noble, she wears her favorite green velvet dress and holds a red carnation to signify wifely devotion. The background is recognizable Dali: a lurid sky; a surrealistic lake; a miniature Don Quixote, Sancho Panza, and musicians to represent the subjects interest in the arts. Mrs. Bryce was, in fact, posing against the steel walls of a City Bank vault. She was determined to sit wearing the family emeralds, but they belonged to her brother at the time, and the insurance company would not permit them to leave the premises. The portrait hung in Mrs. Bryces dining room for forty years and always disturbed her daughter, who wondered if the artist hadnt seen a hardness in her mother that shed missed.

SOCIETY PORTRAITISTS TEND TO SEND VALENTINES; AVANT-GARDE ARTISTS MAKE NO PROMISES.

The possibility brings us back to that uneasy relationship. Society portraitists who are insiders tend to send valentines. Avant-garde artists of international standing make no promises, and a sitter who chooses one of the latter takes a chance. It is hard to look at the Dali portrait without thinking hes having a little fun at his friends expense. It is impossible to gaze at the Rivera painting without falling in love with a work of art that resembles no one but speaks to everyone. Sometimes art triumphs and the patron still comes out ahead.

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The Perils Of Immortality | AMERICAN HERITAGE

Chaos Emerald of Immortality – Sonic News Network

This object exists primarily within the Adventures of Sonic the Hedgehog continuity.Information in this article may not be canonical to the storyline of the games or any other Sonic continuity.

The Chaos Emerald of Immortality being worn by Robotnikhotep.

The Chaos Emerald of Immortality is an object that appears in the Adventures of Sonic the Hedgehog television series. It is one of the four magical Chaos Emeralds sought after by Dr. Robotnik in the Quest for the Chaos Emeralds Saga.

The Chaos Emerald of Immortality grants its wearer the ability to live forever. Additionally physical damage inflicted upon the wearer is rendered ineffective.

The Chaos Emerald of Immortality is kept in the Pyramid of Robotnikhotep I located in ancient Mobigypt. The mummy of Robotnikhotep literally wears the Emerald around his neck inside of his coffin. It grants him eternal life, but when he takes it off and gives it to Dr. Robotnik he turns to dust. With the help of a Mummified Hedgehog, Sonic is able to defeat Robotnik and return the Emerald to its rightful wearer.[1]

Later Robotnik returns to the Pyramid and steals the Emerald from Robotnikhotep once again. This, along with the other three emeralds transforms Robotnik into Supreme High Robotnik. However he is soon defeated and the Chaos Emerald of Immortality is returned to Mobigypt.[2]

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Chaos Emerald of Immortality - Sonic News Network

Discover How Paul Kraus Survived Mesothelioma?

I was diagnosed with mesothelioma in 1997. I was just a high school history teacher at the time. The diagnosis sounded like a death sentence and I was scared because I didnt expect it. But I decided that I wasnt going to give up, so I fought hard and talked to a lot of cancer patients and doctors. I learned a lot so I could win.Over time, I learned how to survive and beat this terrible cancer. In my book, Surviving Mesothelioma and Other Cancers: A Patients Guide I share how I did it.In this website, I put everything I know about mesothelioma. Its like a giant introduction to the disease. But it does not explain what I did to survive. Thats only in my book.So heres what you should do:

Get the Book

Looking for mesothelioma information? The following section provides extensive information about mesothelioma, including symptoms, treatment, and more. Click on an item in the menu below to jump to that topic.

Mesothelioma is a rare form of cancer that develops from cells of the mesothelium, the lining that covers many internal organs. There are approximately 2,000 cases of mesothelioma diagnosed in the United States each year. Mesothelioma is caused by exposure to asbestos, a naturally-occurring carcinogen that was put into thousands of industrial and consumer products even after many companies knew that it was dangerous.

Although rare, mesothelioma cancer is not a death sentence. The worlds longest-living mesothelioma survivor wrote a free book to provide helpful insight, resources, and share his survival experiences.

Mesothelioma is a rare form of cancer, known as the asbestos caused cancer, that develops from cells of the mesothelium, the lining that covers many of the internal organs of the body.

The Mesothelium is the lining that surrounds the lungs, heart, liver, stomach, intestines, testes and other thoracic organs.

The main purpose of the mesothelium is to produce a lubricating fluid between tissues and organs. This fluid provides a slippery and protective surface to allow movement.

For example, it allows the lungs to expand and contract smoothly inside the body each time you take a breath. When the cells of the mesothelium turn cancerous they become mesothelioma thats where the name comes from.

Mesothelioma is a rare disease and there are only approximately 2,000 cases diagnosed in the United States every year. There are many more cases diagnosed throughout the world, especially in Australia and the U.K. where large amounts of asbestos was used.

Number of cases per year in other countries:

Discover More Statistics

There are four types of malignant mesothelioma: Pleural, peritoneal, pericardial and testicular. Pleural mesothelioma affects the outer lining of the lungs and chest wall and represents about 75% of all cases. Peritoneal mesothelioma affects the abdomen and represents about 23%. Incidences of cases in the lining of the testis and the heart represent about 1% each.

Pleural mesothelioma affects the lining of the lungs

When then pleural lining around the lungs and chest wall are involved in this cancer it is called pleural mesothelioma. There are actually two layers of tissue that comprise the pleural lining. The outer layer, the parietal pleura, lines the entire inside of the chest cavity. The inner layer is called the visceral pleura and it covers the lungs.

Mesothelioma usually affects both layers of the pleura. Often it forms in one layer of the pleura and invades the other layer. The cancer may form many small tumors throughout this tissue.

Learn More About Pleural Mesothelioma

The Peritoneal Cavity surrounds the liver, stomach, intestines and reproductive organs.

When the peritoneum, the protective membrane that surrounds the abdomen is involved in this cancer it is called peritoneal mesothelioma. Just like pleural mesothelioma, there are two layers of tissues involved with the peritoneum, the parietal layer covers the abdominal cavity, while the visceral layer surrounds the stomach, liver and other organs.

The cancer often forms many small tumors throughout the tissue. One doctor has described it as if someone took a pepper shaker and scattered the pepper over the tissue.

Learn More About Peritoneal Mesothelioma

In addition to the different types of locations within the body, there are also different cell types. These types are all considered mesothelioma, but they can affect the patients prognosis.

The three mesothelioma cell types are: epithelioid, sarcomatoid and biphasic.

Epithelioid mesothelioma cells are the most common type of mesothelioma cell and has the best prognosis of the three cell types. Notice the dark purple, elongated egg shaped cells amongst the healthy pink colored tissue.

Sarcomatoid mesothelioma cells are the rarest of the three cell types and tends to be more aggressive than epitheloid cells. Notice the dark purple nodules amongst the healthy light purple colored tissue.

Biphasic mesothelioma cells are mixtures of both cell types (epithelioid and sacromatoid) and usually has a prognosis that reflects the dominant cell type.

More Symptoms

More Symptoms

Mesothelioma is caused by exposure to asbestos and it is therefore considered the asbestos caused cancer.

Asbestos has been in use since ancient times, but after the Industrial Revolution its use became widespread and was used all over the world in thousands of industrial and consumer products even after many companies knew that it was dangerous. Construction materials, automotive parts and household products such as hair dryers and oven mitts contained asbestos in the past.

Today, asbestos has been outlawed in most places around the world, however, asbestos has not been outlawed in the United States and is still found in millions of homes and public buildings, such as schools, offices and parking garages.

Learn More About Causes

Asbestos under the microscope looks like hundreds of tiny swords

Asbestos is actually a naturally occurring mineral found throughout the world. It was called the magic mineral because it is resistant to heat and corrosion. Also, it is a fiber so it can be woven into other materials.

Asbestos is composed of millions of sharp microscopic fibers. These fibers are so small that the body has difficulty filtering them out. This means that if you around airborne asbestos you may inhale it or ingest it. This is known as asbestos exposure.

The actual process as to how asbestos causes mesothelioma is still being investigated. Most scientists believe that when the small sharp fibers are ingested or inhaled they cause cell damage which can cause chronic inflammation.

This inflammation can then set the stage for disease after many years or even decades. Some scientists believe that a persons immune system may actually help prevent the cancer, even if that person is exposed to asbestos.

Find Out More On Asbestos

Since asbestos causes this rare disease, how to people get exposed to asbestos? While asbestos was in thousands of products, workers in some professions had more exposure to this carcinogen than others.

Examples of occupations that exposed workers to asbestos includes: Navy veterans, construction trades such as electricians, mechanics, and plumbers, people working in power houses and power plants, firefighters, and refinery workers. Individuals in these professions often had a multitude of asbestos containing products on their various job sites.

Most asbestos containing products were removed voluntarily by the late 1970s. However, because there is no comprehensive ban on asbestos in the U.S. and because of the long latency period, people are still being diagnosed with mesothelioma today.

Learn More About Occupational Asbestos Exposure

Old Advertisement for Asbestos Sheets

The history of asbestos in the United States and other industrialized countries is a sad story of corporate greed. Companies that produced asbestos containing products saw their workers becoming sick with lung scarring, asbestosis, and cancer nearly 100 years ago.

Some companies even brought in researchers and scientists to better understand the health impact of asbestos. Once it was shown that their magic mineral was toxic to human beings, the industry faced a dilemma.

Should they protect workers, warn consumers, notify public health officials, and most importantly, phase out this dangerous mineral? Their answer was no.

Instead industry did just the opposite. They warned no one, kept their knowledge about asbestos secret and continued to use it for decades! Only by the 1960s did independent researchers like Dr. Irving Selikoff of Mt. Sinai School of Medicinebegin to connect asbestos exposure to disease.

By then hundreds of thousands of men, women, and children were already exposed to this deadly mineral. The EPA would ban asbestos in 1989. However, the asbestos industry would sue the EPA and win.

In 1991 the ban was lifted. Even today, there is no comprehensive asbestos ban in the United States. Sad but true.

(Asbestos Medical and Legal Aspects by Barry Castleman)

Asbestos fibers cling to the clothing of workers and can be transferred to others, such as children or spouses.

People exposed directly to asbestos are called primary exposed. Sometimes the person who is primary exposed will transfer asbestos fibers from their clothes to the clothes of another person. The person who gets this transfer of asbestos exposure is said to have secondary exposure.

One example of secondary exposure is called the deadly hug. Sadly, the deadly hug happens when an adult comes home from work with asbestos on their clothes and hugs their son or daughter, unknowingly transferring the dangerous fibers to their child. There have been many cases of adults being diagnosed with mesothelioma whose only exposure to asbestos came from their time as a child.

Read About Secondary Exposure

There is a long latency period for mesothelioma which is the time from asbestos exposure to diagnosis of the cancer. This period can range anywhere from 20 to 50 years. There are different theories as to why there is such a long latency period and why most people exposed to asbestos do not get mesothelioma.

One theory suggests that there may be other variables that play a role. For example, some doctors believe that the condition or competency of a persons immune system could determine whether asbestos in their body leads to cancer.

Other possibilities include a persons genes and diet.

When doctors suspect a patient has mesothelioma they will initiate a work-upin order to make a diagnosis. This work-up may include imaging scans, biopsies, pathology exams, blood tests and staging.

Diagnosing Mesothelioma

Various types of scans may be used to determine if there are signs of tumors or other abnormalities. These scans may include X-rays, CT scans, MRIs, or PET scans.

More on Imaging

If scans reveal what doctors believe may be a cancer then a biopsy may be suggested. A biopsy is a procedure where doctors remove a small piece of the suspected tumor tissue from the patients body.

More on Biopsies

Blood tests and biomarkers may sometimes be used to determine if mesothelioma is present in the body. While these tests are helpful they are not considered as important as the biopsy which is considered the gold standard.

More on Biomarkers

The biopsy material will then be given to a pathologist. A pathologist will use special stains and other tests to determine if there is cancer and identify exactly what type of cancer was removed from the patient.

More on Pathology Exams

If mesothelioma is diagnosed, doctors may stage the disease. Over the years a variety of staging systems have been used. The one used most frequently today groups the disease into localized (only in the mesothelium) or advanced (spread outside the mesothelium).

More on Staging

The prognosis of mesothelioma or any other cancer depends on a number of variables. Those variables include:

More on Prognosis

A doctor specializing in mesothelioma can properly diagnose you and determine the best course of treatment. Find a mesothelioma specialist or doctor near you.

The treatments for mesothelioma can be divided into three paths: Conventional Therapies, Clinical Trials, and Alternative Modalities.

Conventional therapies include chemotherapy, radiation therapy and surgery. The standard chemo drugs used are Alimta (pemetrexed) and cisplatin (or carboplatin). They are often prescribed for the various types of mesothelioma, regardless of location. Both chemo and radiation therapy are known as cytotoxic or cell killing therapies. They work indiscriminately, killing both healthy and cancer cells. This is the reason that they can have severe side effects.

Learn About Treatment

The standard of care in many hospitals is to treat peritoneal mesothelioma with surgery and HIPEC. HIPEC stands for hyperthermic intraperitoneal perioperative chemotherapy which basically means flushing the surgical area with heated chemotherapy during the surgical procedure. The obvious advantage of this approach is that it enables doctors to put the chemo in exactly the place it needs to be.

Of all the conventional treatments available, surgery is generally considered the most effective. For pleural mesothelioma, there are various types of surgical procedures, including lung sparring surgery (also called pleurectomy/decorticiaton or PD) and extrapleural pneumonectomy (also called EPP).

Pleurectomy/decortication surgery is a two-part surgery that removes the lining surrounding one lung (pleurectomy), then removes any visible cancer seen growing inside the chest cavity (decortication). The advantage of P/D or lung sparring surgery is exactly what the name implies a lung is not removed.

An extrapleural pneumonectomy (EPP) is a much more invasive surgery than PD. An EPP involves removing a lung, the diaphragm, portions of the chest lining and heart lining, and nearby lymph nodes.

Numerous studies have been performed comparing the prognosis with a pleurectomy/decortications surgery versus an extrapleural pneumonectomy. While there is no consensus on the subject, the latest reports suggest that PD may be a better choice for many patients because survival is generally equivalent to EPP and PD is less invasive and therefore easier to tolerate.

There are also other surgical procedures used to treat pleural effusion. Pleural effusion is the buildup of excess fluid in the pleural space between the visceral and parietal linings of the lungs. Examples of these procedures include pleurodesis and thoracentesis.

More on Surgery

Clinical trials are treatments that are still being tested. These treatments may include chemotherapy or other more innovative approaches based on immune therapy, gene therapy or other biological approaches. One example of new treatments being tried in mesothelioma involve the use of monoclonal antibodies. Monoclonal antibodies are essentially an immune system therapy that tries to use antibodies to target cancer cells. The National Cancer Institute indexes clinical trials offered throughout the country.

Discover Clinical Trials

Alternative modalities include a large number of approaches such as intravenous vitamin therapy, herbs and Traditional Chinese Medicine, cannabis oil, dietary approaches, and mind-body medicine. It is important to note that while none of these modalities are FDA approved, there are a number of long-term mesothelioma survivors who have used them, including Paul Kraus.

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Discover How Paul Kraus Survived Mesothelioma?

Mesothelioma | Answers to Common Questions

Approximately 3,000 people are diagnosed with mesothelioma of all types in the United States every year. In most cases, these victims exposure took place on the job and the cause of the illness can be traced to an unsafe workplace.

For example, in the past, an overwhelming amount of job sites across the nation used asbestos-containing materials (ACMs) in buildings, equipment, products, machinery, insulation, electrical wiring, and more.

Workers were exposed to ACMs each time they went to work, inhaling tiny, odorless asbestos fibers. Once the fibers become lodged in the body, its literally impossible to expel all of. Over time, the workers began developing asbestos-related illnesses, such as mesothelioma, asbestosis, and asbestos-related lung cancer.

With changing regulations and mitigation, exposure to asbestos is on the decline, but people continue to be diagnosed. This is because the disease has what is known as a long latency period. This means that the amount of time that can pass between the time of exposure to asbestos and the time that symptoms begin to appear can be as long as fifty years.

It is an unfortunate reality, but medical science has made great strides in understanding how this deadly disease progresses and various ways to prolong and improve the lives of those who have been diagnosed with the condition. Currently, however, there is still no cure for asbestos illnesses.

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Mesothelioma | Answers to Common Questions

Blue Gene – Wikipedia

Blue Gene is an IBM project aimed at designing supercomputers that can reach operating speeds in the PFLOPS (petaFLOPS) range, with low power consumption.

The project created three generations of supercomputers, Blue Gene/L, Blue Gene/P, and Blue Gene/Q. Blue Gene systems have often led the TOP500[1] and Green500[2] rankings of the most powerful and most power efficient supercomputers, respectively. Blue Gene systems have also consistently scored top positions in the Graph500 list.[3] The project was awarded the 2009 National Medal of Technology and Innovation.[4]

As of 2015, IBM seems to have ended the development of the Blue Gene family[5] though no public announcement has been made. IBM's continuing efforts of the supercomputer scene seems to be concentrated around OpenPower, using accelerators such as FPGAs and GPUs to battle the end of Moore's law.[6]

In December 1999, IBM announced a US$100 million research initiative for a five-year effort to build a massively parallel computer, to be applied to the study of biomolecular phenomena such as protein folding.[7] The project had two main goals: to advance our understanding of the mechanisms behind protein folding via large-scale simulation, and to explore novel ideas in massively parallel machine architecture and software. Major areas of investigation included: how to use this novel platform to effectively meet its scientific goals, how to make such massively parallel machines more usable, and how to achieve performance targets at a reasonable cost, through novel machine architectures. The initial design for Blue Gene was based on an early version of the Cyclops64 architecture, designed by Monty Denneau. The initial research and development work was pursued at IBM T.J. Watson Research Center and led by William R. Pulleyblank.[8]

At IBM, Alan Gara started working on an extension of the QCDOC architecture into a more general-purpose supercomputer: The 4D nearest-neighbor interconnection network was replaced by a network supporting routing of messages from any node to any other; and a parallel I/O subsystem was added. DOE started funding the development of this system and it became known as Blue Gene/L (L for Light); development of the original Blue Gene system continued under the name Blue Gene/C (C for Cyclops) and, later, Cyclops64.

In November 2004 a 16-rack system, with each rack holding 1,024 compute nodes, achieved first place in the TOP500 list, with a Linpack performance of 70.72 TFLOPS.[1] It thereby overtook NEC's Earth Simulator, which had held the title of the fastest computer in the world since 2002. From 2004 through 2007 the Blue Gene/L installation at LLNL[9] gradually expanded to 104 racks, achieving 478 TFLOPS Linpack and 596 TFLOPS peak. The LLNL BlueGene/L installation held the first position in the TOP500 list for 3.5 years, until in June 2008 it was overtaken by IBM's Cell-based Roadrunner system at Los Alamos National Laboratory, which was the first system to surpass the 1 PetaFLOPS mark. The system was built in Rochester, MN IBM plant.

While the LLNL installation was the largest Blue Gene/L installation, many smaller installations followed. In November 2006, there were 27 computers on the TOP500 list using the Blue Gene/L architecture. All these computers were listed as having an architecture of eServer Blue Gene Solution. For example, three racks of Blue Gene/L were housed at the San Diego Supercomputer Center.

While the TOP500 measures performance on a single benchmark application, Linpack, Blue Gene/L also set records for performance on a wider set of applications. Blue Gene/L was the first supercomputer ever to run over 100 TFLOPS sustained on a real world application, namely a three-dimensional molecular dynamics code (ddcMD), simulating solidification (nucleation and growth processes) of molten metal under high pressure and temperature conditions. This achievement won the 2005 Gordon Bell Prize.

In June 2006, NNSA and IBM announced that Blue Gene/L achieved 207.3 TFLOPS on a quantum chemical application (Qbox).[10] At Supercomputing 2006,[11] Blue Gene/L was awarded the winning prize in all HPC Challenge Classes of awards.[12] In 2007, a team from the IBM Almaden Research Center and the University of Nevada ran an artificial neural network almost half as complex as the brain of a mouse for the equivalent of a second (the network was run at 1/10 of normal speed for 10 seconds).[13]

The name Blue Gene comes from that it was originally designed to do, help biologists understand the processes of protein folding and gene development.[14] "Blue" is a traditional moniker that IBM uses for many of its products and the company itself. The original Blue Gene design was renamed "Blue Gene/C" and eventually Cyclops64. The "L" in Blue Gene/L comes from "Light" as that design's original name was "Blue Light". The "P" version was designed to be a petascale design. "Q" is just the letter after "P". There is no Blue Gene/R.[15]

The Blue Gene/L supercomputer was unique in the following aspects:[16]

The Blue Gene/L architecture was an evolution of the QCDSP and QCDOC architectures. Each Blue Gene/L Compute or I/O node was a single ASIC with associated DRAM memory chips. The ASIC integrated two 700MHz PowerPC 440 embedded processors, each with a double-pipeline-double-precision Floating Point Unit (FPU), a cache sub-system with built-in DRAM controller and the logic to support multiple communication sub-systems. The dual FPUs gave each Blue Gene/L node a theoretical peak performance of 5.6 GFLOPS (gigaFLOPS). The two CPUs were not cache coherent with one another.

Compute nodes were packaged two per compute card, with 16 compute cards plus up to 2 I/O nodes per node board. There were 32 node boards per cabinet/rack.[17] By the integration of all essential sub-systems on a single chip, and the use of low-power logic, each Compute or I/O node dissipated low power (about 17 watts, including DRAMs). This allowed aggressive packaging of up to 1024 compute nodes, plus additional I/O nodes, in a standard 19-inch rack, within reasonable limits of electrical power supply and air cooling. The performance metrics, in terms of FLOPS per watt, FLOPS per m2 of floorspace and FLOPS per unit cost, allowed scaling up to very high performance. With so many nodes, component failures were inevitable. The system was able to electrically isolate faulty components, down to a granularity of half a rack (512 compute nodes), to allow the machine to continue to run.

Each Blue Gene/L node was attached to three parallel communications networks: a 3D toroidal network for peer-to-peer communication between compute nodes, a collective network for collective communication (broadcasts and reduce operations), and a global interrupt network for fast barriers. The I/O nodes, which run the Linux operating system, provided communication to storage and external hosts via an Ethernet network. The I/O nodes handled filesystem operations on behalf of the compute nodes. Finally, a separate and private Ethernet network provided access to any node for configuration, booting and diagnostics. To allow multiple programs to run concurrently, a Blue Gene/L system could be partitioned into electronically isolated sets of nodes. The number of nodes in a partition had to be a positive integer power of 2, with at least 25 = 32 nodes. To run a program on Blue Gene/L, a partition of the computer was first to be reserved. The program was then loaded and run on all the nodes within the partition, and no other program could access nodes within the partition while it was in use. Upon completion, the partition nodes were released for future programs to use.

Blue Gene/L compute nodes used a minimal operating system supporting a single user program. Only a subset of POSIX calls was supported, and only one process could run at a time on node in co-processor modeor one process per CPU in virtual mode. Programmers needed to implement green threads in order to simulate local concurrency. Application development was usually performed in C, C++, or Fortran using MPI for communication. However, some scripting languages such as Ruby[18] and Python[19] have been ported to the compute nodes.

In June 2007, IBM unveiled Blue Gene/P, the second generation of the Blue Gene series of supercomputers and designed through a collaboration that included IBM, LLNL, and Argonne National Laboratory's Leadership Computing Facility.[20]

The design of Blue Gene/P is a technology evolution from Blue Gene/L. Each Blue Gene/P Compute chip contains four PowerPC 450 processor cores, running at 850MHz. The cores are cache coherent and the chip can operate as a 4-way symmetric multiprocessor (SMP). The memory subsystem on the chip consists of small private L2 caches, a central shared 8 MB L3 cache, and dual DDR2 memory controllers. The chip also integrates the logic for node-to-node communication, using the same network topologies as Blue Gene/L, but at more than twice the bandwidth. A compute card contains a Blue Gene/P chip with 2 or 4 GB DRAM, comprising a "compute node". A single compute node has a peak performance of 13.6 GFLOPS. 32 Compute cards are plugged into an air-cooled node board. A rack contains 32 node boards (thus 1024 nodes, 4096 processor cores).[21] By using many small, low-power, densely packaged chips, Blue Gene/P exceeded the power efficiency of other supercomputers of its generation, and at 371 MFLOPS/W Blue Gene/P installations ranked at or near the top of the Green500 lists in 2007-2008.[2]

The following is an incomplete list of Blue Gene/P installations. Per November 2009, the TOP500 list contained 15 Blue Gene/P installations of 2-racks (2048 nodes, 8192 processor cores, 23.86 TFLOPS Linpack) and larger.[1]

The third supercomputer design in the Blue Gene series, Blue Gene/Q has a peak performance of 20 Petaflops,[37] reaching LINPACK benchmarks performance of 17 Petaflops. Blue Gene/Q continues to expand and enhance the Blue Gene/L and /P architectures.

The Blue Gene/Q Compute chip is an 18 core chip. The 64-bit A2 processor cores are 4-way simultaneously multithreaded, and run at 1.6GHz. Each processor core has a SIMD Quad-vector double precision floating point unit (IBM QPX). 16 Processor cores are used for computing, and a 17th core for operating system assist functions such as interrupts, asynchronous I/O, MPI pacing and RAS. The 18th core is used as a redundant spare, used to increase manufacturing yield. The spared-out core is shut down in functional operation. The processor cores are linked by a crossbar switch to a 32 MB eDRAM L2 cache, operating at half core speed. The L2 cache is multi-versioned, supporting transactional memory and speculative execution, and has hardware support for atomic operations.[38] L2 cache misses are handled by two built-in DDR3 memory controllers running at 1.33GHz. The chip also integrates logic for chip-to-chip communications in a 5D torus configuration, with 2GB/s chip-to-chip links. The Blue Gene/Q chip is manufactured on IBM's copper SOI process at 45nm. It delivers a peak performance of 204.8 GFLOPS at 1.6GHz, drawing about 55 watts. The chip measures 1919mm (359.5mm) and comprises 1.47 billion transistors. The chip is mounted on a compute card along with 16 GB DDR3 DRAM (i.e., 1 GB for each user processor core).[39]

A Q32[40] compute drawer contains 32 compute cards, each water cooled.[41] A "midplane" (crate) contains 16 Q32 compute drawers for a total of 512 compute nodes, electrically interconnected in a 5D torus configuration (4x4x4x4x2). Beyond the midplane level, all connections are optical. Racks have two midplanes, thus 32 compute drawers, for a total of 1024 compute nodes, 16,384 user cores and 16 TB RAM.[41]

Separate I/O drawers, placed at the top of a rack or in a separate rack, are air cooled and contain 8 compute cards and 8 PCIe expansion slots for Infiniband or 10 Gigabit Ethernet networking.[41]

At the time of the Blue Gene/Q system announcement in November 2011, an initial 4-rack Blue Gene/Q system (4096 nodes, 65536 user processor cores) achieved #17 in the TOP500 list[1] with 677.1 TeraFLOPS Linpack, outperforming the original 2007 104-rack BlueGene/L installation described above. The same 4-rack system achieved the top position in the Graph500 list[3] with over 250 GTEPS (giga traversed edges per second). Blue Gene/Q systems also topped the Green500 list of most energy efficient supercomputers with up to 2.1 GFLOPS/W.[2]

In June 2012, Blue Gene/Q installations took the top positions in all three lists: TOP500,[1] Graph500 [3] and Green500.[2]

The following is an incomplete list of Blue Gene/Q installations. Per June 2012, the TOP500 list contained 20 Blue Gene/Q installations of 1/2-rack (512 nodes, 8192 processor cores, 86.35 TFLOPS Linpack) and larger.[1] At a (size-independent) power efficiency of about 2.1 GFLOPS/W, all these systems also populated the top of the June 2012 Green 500 list.[2]

Record-breaking science applications have been run on the BG/Q, the first to cross 10 petaflops of sustained performance. The cosmology simulation framework HACC achieved almost 14 petaflops with a 3.6 trillion particle benchmark run,[60] while the Cardioid code,[61][62] which models the electrophysiology of the human heart, achieved nearly 12 petaflops with a near real-time simulation, both on Sequoia. A fully compressible flow solver has also achieved 14.4 PFLOP/s (originally 11 PFLOP/s) on Sequoia, 72% of the machine's nominal peak performance.[63]

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Mars Science Laboratory Curiosity Rover – NASA Mars rover

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How intentional communities try to combat … – TIME.com

Everyone Needs Someone Else

WHY Americans OF ALL AGES are coming together in intentional communities

By Jeffrey Kluger

Theres not a lot to do in Syracuse, N.Y. when youre living alone and a winter storm system dumps 3 feet of snow on the city. Theres no going outside, but theres no staying inside at least not for too long if you want to remain sane. A dinner with friends would be nice; so would a yoga class or a shared movie and a good long talk. And when thats all done, it would also be nice to have just a little bit of that wintertime solitude, watching the snow fall, all alone, from the privacy of your own home.

At one place in Syracuse, all of that happens on those long snow-filled nights. That place is Commonspace, a co-housing community on the fourth and fifth floors of a restored 19th-century office building. The community is made up of 25 mini-apartments, fully equipped with their own kitchenettes and baths, with access to a larger, shared chefs kitchen, library nook, game room, coffee lounge and media room. The 27 residents (couples are welcome) live together but only sort of in private apartments that are, once you step outside your door, un-private too. And theyre part of a growing trend in an increasingly lonely country: intentional communities.

In cities and towns across the U.S., individuals and families are coming to the conclusion that while the commune experiment of the 1960s was overwhelmed by problems, the idea of living in close but not too close cooperation with other people has a lot of appeal. An intentional community is a very different beast from the more familiar planned communities, which can be big, unwieldy things hundreds or thousands of families living on small parcels across hundreds of acres of land. While there may be some common facilities a swimming pool or golf course or community lake the communities are really just villages writ large or cities writ small, easy places to be anonymous.

Intentional communities, by contrast, are intimate: a couple dozen apartments or single-family homes, built around central squares or common spaces. And theyre operated in ways intended to keep the community connected with weekly dinners at a community center or other common area, shared babysitting services, shared gardens or games or even vacations. If you dont want to participate, fine; no one will come pester you to play a pick-up game you dont want to play or join a committee you dont want to join. But when you need the community because a spouse is away or a baby is sick or youre just plain lonely and would like some companionship its there for you.

Its that business of relieving loneliness thats key to the popularity of intentional communities. Human beings may not always get along, but the fact is, we cant get enough of one another. There are currently 7.6 billion of us in the world but we inhabit only about 10% of the planets land, and roughly 50% of us live on just 1% of that land.

We evolved to depend on our social connections, says Dr. Vivek Murthy, former U.S. Surgeon General. Over thousands of years, this got baked into our nervous systems so much so that if we are feeling socially disconnected, that places us in a physiologic stress state.

According to a study by AARP, over 40% of American adults suffer from loneliness, a condition that, Murthy warns, is as dangerous to our physical health as smoking 15 cigarettes a day, increasing the risk of cardiovascular disease, diabetes, cancer and more. Worse, loneliness is a condition that makes no demographic distinctions; it affects millennials just starting their careers, widowed boomers just ending theirs, empty-nesters, new divorcees, first year college students a thousand miles away from family and high school friends. Social media, which ostensibly draws people closer, in fact may be atomizing us further, creating virtual connections that have little of the benefits of actual connections.

A gusher of studies since the early 1990s have established the health dividends of social ties. Among people with cardiovascular disease, those with more social connections have a 2.4 times lower risk of mortality within an established period than those with poor social ties. Social connections lower the risk of cancer, speed recovery among people who do contract the disease, and reduce the risk of hypertension and other cardiovascular illnesses. Even wound-healing improves with social connections. Multiple studies suggest that part of this may come from the psychological boostincluding the sense of responsibilitythat meaningful relationships provide. When friends and family members are counting on you to be around, you make better health choices, even if theyre unconscious. Other studies have shown that similar brain structures control both physical pain and social painand that pain relief, through analgesics in the first case and relationships in the second, operate similarly as well. Being socially connected doesnt simply make you healthier, it just plain feels good.

Intentional communities are about creating attachment, the feeling that someone has your back, says Harvard University psychiatrist Robert Waldinger, director of the Harvard Study of Adult Development, a decades-old survey of the health of a population of Harvard graduates and their descendants. We often ask people in studies, Who would you call in the middle of the night if you were really sick or scared? Intentional communities can help you have an answer to that question.

Its not easy to come by a firm count of how many intentional communities are out there. Only about 160 of them have been built from the ground up with co-housing in mind, but the regularly updated Fellowship for Intentional Community lists 1,539 communities in all 50 states that have also used existing housing stock to establish co-housing arrangements.

There are urban communities like Commonspace in most major cities. There is Milagro in Tucson, Ariz., 28 single-family homes on 43 desert acres built around a central green space with a shared community center and other facilities. There is Village Hearth Co-Housing, a similar set-up in Durham, N.C., but one intended for singles, couples and families in the LGBTQ community. There are other communities for seniors or artists or veterans; there are even rural communities for people who want the independence of owning their own homes but the collective experience of farming the same land.

For each of the communities, the relative compactness of the population is what creates the feeling of togetherness. You cant possibly know three hundred people, says Troy Evans, real estate developer and the co-founder of Syracuses Commonspace. But you can know fifty. What we try to do in Commonspace is create a neighborhood in a building.

To all appearance, theyve succeeded at that. The communitys 25 apartments rent for an average of $850 per month, which is admittedly pricey for a tiny, 200 sq. ft. space, though services like thrice-weekly cleaning of all of the common spaces and the costs of activities like the weekly farm-to-table dinners are included. And the social benefits which are impossible to measure in dollars and cents are included too.

We set everything up with a town square feel so when you come out of your door theres not a long, dark hallway like in most apartment buildings, says Evans. Town squares, of course, can be noisy not to the liking of even some people who choose to live semi-communally. Thats why one of the floors has fewer apartments built a quiet lounge where locally roasted coffee is always on offer.

The mini-apartments are cleverly laid out, with a platform bed built atop storage cabinets and floor-to-ceiling windows that create an open feel. The bathroom is complete though it has a shower without a tub and the kitchenette is limited only by the fact that is has two electric burners instead of a full stove, because local regulations forbid open flame in such small quarters. The apartments are all equipped with TVs and high-speed Internet, and a Slack channel allows residents to stay in touch without having to remember 26 other email addresses.

Still, its the 6,000 shared square feet, not the 200 private ones that really defines the Commonspace experience, providing what Evans describes as a lot of collision space, which is something people who would otherwise be living alone often crave. What weve found is demand from people who were landing in Syracuse for the first time and not knowing anyone, he says. Weve got people from eight different countries and seven different states. Its a really cool, diverse group.

That diversity is not only cultural but temperamental. Rose Bear Dont Walk, a 23-year old Native American studying environment and forestry at the State University of New York, Syracuse, moved in to Commonspace over the summer and soon grew friendly with another resident who works in computer coding. His mind operates arithmetically, hers works more emotively, and they took to talking about their different ways of approaching the world.

Hes always building something or talking about building something or listening to podcasts, she says. One day, when she was weaving decorative strands out of plant fibers, she decided to make him a bracelet. It was just this way that our worlds connected, she says. He is very logical and mathematical and was very excited about this little tiny rope bracelet that I was bringing home.

Meaningful as those kinds of connections can be, Commonspace residents dont always have a lot of time to make them. Millennials can be transitory characteristic of most people early in their careers and the average length of tenancy is just eight months.

Things are very different at other intentional communities, like Milagro in Tucson. There, the buy-in is typically for life. The 28 homes in the landscaped desert space are sometimes available for rent, but are typically owned by their residents and have sold for anywhere from $175,000 to $430,000, depending on the market. The investment in house and land means an equal investment in the life of the community.

Brian Stark, a married father of two, has lived in Milagro since 2003, two years after the community opened, and considers himself a lifer. For him the appeal is not so much the community-wide dinner in the dining room every Saturday, or the happy hours or the stargazing sessions or the shared holiday parties. Its the easy, collegial pace of the place, unavoidable when neighbors all know one another.

You almost have to assume that someone may stop to chat with you when youre coming or going, he says. It took some getting used to but when were in a hurry for school or a meeting, weve learned to explain our rush and connect another time.

Even more important are the benefits that accrue to any communitys most vulnerable members: babies and seniors. For families with very young children, we do baby care trades, Stark says. And having a supportive community to help as you grow older is also a wonderful alternative to assisted care living.

Intentional communities are not without stressors. Stark recalls the decade of committee meetings that went into the simple business of deciding whether there should be path lights in the community important for safety, but murder on the deserts spectacular nighttime sky. Even when the community agreed that lights were a good idea, there was continued wrangling over cost, wattage and more. A similar struggle ensued when it came time to have all 28 homes painted, as residents debated color schemes for the homes stucco, trim and side boards.

Still, the long meetings and compromises are a small price for those suited to intentional communities. Thats true of diverse, cross-generational communities like Milagro, and it can be even more so when residents come together with a particular shared need for a particular kind of solidarity as in the LGBTQ or aging Boomer communities.

Shortly after the opening of Village Hearth, the North Carolina LGBTQ community, one of the founders explained to a local reporter that she was tired of hearing about this or that intentional community that has a nice lesbian couple or a nice gay couple. She and her wife didnt want to be a curiosity in even the friendliest surroundings, so they founded a community in which nothing would be remarkable about them at all.

There is little science so far that explicitly addresses the medical benefits of co-housing arrangements, but the benefits of the human connections the communities provide are being powerfully established. In one recent meta-analysis of 148 studies gathered from around the world, Julianne Holt-Lunstad, a professor of psychology and neuroscience at Brigham Young University, compared subjects reported state of loneliness with their overall life expectancy. The total sample size was more than 300,000 people and produced sobering results: Adults who are socially isolated, she found, have a 50% greater risk of dying from any cause within a given time frame than people who are more connected.

In a follow-up study in which she used census data to assemble an even larger sample group of 3.4 million, the results were a bit less stark, but no less conclusive, with social isolation and loneliness leading to a 30% increase in risk of mortality on average. Of course, being alone is not the same as being lonely, Holt-Lunstad stresses. Many people enjoy their solitude, and other people can feel lonely even in a group. The key is the subjective experience. If that experience is bad, thats when health can be affected.

More often than not, social media falls into the category of bad rather than good experiences. Even without being trolled or cyberbullied, people can suffer merely as a result of having replaced real relationships with virtual ones. Murthy does not believe social media is all bad, provided its often used as what he calls a way station rather than a destination, helping to establish real-life connections.

Using social media as a way station might mean that if Im traveling to a different city, in advance of the trip I look on Facebook or LinkedIn to see if I have any friends there, he says. Then I reach out to them and we get together.

The exact mechanisms that make loneliness so physically damaging are not easy to tease out, but chemical markers in the bloodstream, like cortisol, a stress hormone, or c-reactive proteins, indicators of inflammation, are considered worrisome signs. They indicate a weakened immune system and metabolic disruption, says Waldinger. This is when you start to see signs of illness like rising lipid levels and blood pressure.

Residents of intentional communities also see another kind of benefit to health and happiness in co-housing: as a way of alleviating transitions that can be both stressful isolating. Stark, the Milagro resident, recalls that when his older daughter, Maia, was born 12 years ago, the Milagro community was still new. Unbidden, the neighbors pitched in to help the family, cleaning their house, making them meals, even doing their laundry so that he and his wife could have the luxury of doing what few parents can do: focus their attention exclusively on their new baby. Since then, the Stark family has returned the favor, making food for people recovering from surgery and offering to make a pickup at an airport.

Everyone at some point needs someone else, Stark says. Intentional communities, in their quiet way, are helping to make sure that powerful human need gets met.

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How the NRA Rewrote the Second Amendment – POLITICO Magazine

A fraud on the American public. Thats how former Chief Justice Warren Burger described the idea that the Second Amendment gives an unfettered individual right to a gun. When he spoke these words to PBS in 1990, the rock-ribbed conservative appointed by Richard Nixon was expressing the longtime consensus of historians and judges across the political spectrum.

Twenty-five years later, Burgers view seems as quaint as a powdered wig. Not only is an individual right to a firearm widely accepted, but increasingly states are also passing laws to legalize carrying weapons on streets, in parks, in barseven in churches.

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Many are startled to learn that the U.S. Supreme Court didnt rule that the Second Amendment guarantees an individuals right to own a gun until 2008, when District of Columbia v. Heller struck down the capitals law effectively banning handguns in the home. In fact, every other time the court had ruled previously, it had ruled otherwise. Why such a head-snapping turnaround? Dont look for answers in dusty law books or the arcane reaches of theory.

So how does legal change happen in America? Weve seen some remarkably successful drives in recent yearsthink of the push for marriage equality, or to undo campaign finance laws. Law students might be taught that the court is moved by powerhouse legal arguments or subtle shifts in doctrine. The National Rifle Associations long crusade to bring its interpretation of the Constitution into the mainstream teaches a different lesson: Constitutional change is the product of public argument and political maneuvering. The pro-gun movement may have started with scholarship, but then it targeted public opinion and shifted the organs of government. By the time the issue reached the Supreme Court, the desired new doctrine fell like a ripe apple from a tree.

***

The Second Amendment consists of just one sentence: A well regulated militia, being necessary for the security of a free state, the right of the people to keep and bear arms, shall not be infringed. Today, scholars debate its bizarre comma placement, trying to make sense of the various clauses, and politicians routinely declare themselves to be its strong supporters. But in the grand sweep of American history, this sentence has never been among the most prominent constitutional provisions. In fact, for two centuries it was largely ignored.

The amendment grew out of the political tumult surrounding the drafting of the Constitution, which was done in secret by a group of mostly young men, many of whom had served together in the Continental Army. Having seen the chaos and mob violence that followed the Revolution, these Federalists feared the consequences of a weak central authority. They produced a charter that shifted powerat the time in the hands of the statesto a new national government.

Anti-Federalists opposed this new Constitution. The foes worried, among other things, that the new government would establish a standing army of professional soldiers and would disarm the 13 state militias, made up of part-time citizen-soldiers and revered as bulwarks against tyranny. These militias were the product of a world of civic duty and governmental compulsion utterly alien to us today. Every white man age 16 to 60 was enrolled. He was actually required to ownand bringa musket or other military weapon.

On June 8, 1789, James Madisonan ardent Federalist who had won election to Congress only after agreeing to push for changes to the newly ratified Constitutionproposed 17 amendments on topics ranging from the size of congressional districts to legislative pay to the right to religious freedom. One addressed the well regulated militia and the right to keep and bear arms. We dont really know what he meant by it. At the time, Americans expected to be able to own guns, a legacy of English common law and rights. But the overwhelming use of the phrase bear arms in those days referred to military activities.

There is not a single word about an individuals right to a gun for self-defense or recreation in Madisons notes from the Constitutional Convention. Nor was it mentioned, with a few scattered exceptions, in the records of the ratification debates in the states. Nor did the U.S. House of Representatives discuss the topic as it marked up the Bill of Rights. In fact, the original version passed by the House included a conscientious objector provision. A well regulated militia, it explained, composed of the body of the people, being the best security of a free state, the right of the people to keep and bear arms shall not be infringed, but no one religiously scrupulous of bearing arms, shall be compelled to render military service in person.

Though state militias eventually dissolved, for two centuries we had guns (plenty!) and we had gun laws in towns and states, governing everything from where gunpowder could be stored to who could carry a weaponand courts overwhelmingly upheld these restrictions. Gun rights and gun control were seen as going hand in hand. Four times between 1876 and 1939, the U.S. Supreme Court declined to rule that the Second Amendment protected individual gun ownership outside the context of a militia. As the Tennessee Supreme Court put it in 1840, A man in the pursuit of deer, elk, and buffaloes might carry his rifle every day for forty years, and yet it would never be said of him that he had borne arms; much less could it be said that a private citizen bears arms because he has a dirk or pistol concealed under his clothes, or a spear in a cane.

***

Cue the National Rifle Association. We all know of the organizations considerable power over the ballot box and legislation. Bill Clinton groused in 1994 after the Democrats lost their congressional majority, The NRA is the reason the Republicans control the House. Just last year, it managed to foster a successful filibuster of even a modest background-check proposal in the U.S. Senate, despite 90 percent public approval of the measure.

What is less knownand perhaps more significantis its rising sway over constitutional law.

The NRA was founded by a group of Union officers after the Civil War who, perturbed by their troops poor marksmanship, wanted a way to sponsor shooting training and competitions. The group testified in support of the first federal gun law in 1934, which cracked down on the machine guns beloved by Bonnie and Clyde and other bank robbers. When a lawmaker asked whether the proposal violated the Constitution, the NRA witness responded, I have not given it any study from that point of view. The group lobbied quietly against the most stringent regulations, but its principal focus was hunting and sportsmanship: bagging deer, not blocking laws. In the late 1950s, it opened a new headquarters to house its hundreds of employees. Metal letters on the facade spelled out its purpose: firearms safety education, marksmanship training, shooting for recreation.

Michael Waldman is president of the Brennan Center for Justice at NYU School of Law. He is the author of The Second Amendment: A Biography.

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Great Beach Vacations in Tennessee | USA Today

Beach vacations in Tennessee (Photo: douglas lake image by gou from Fotolia.com )

The sandy shores of Tennessees lakes offer scenic settings for beach and water play. Summertime unleashes sunbathing, swimming, boating, fishing and camping fun along impounded and natural lakes. Tennessee state parks and federally managed areas create beach vacation hot spots for quality experiences.

A peaceful Tennessee beach vacation destination, Seven Points Campground at Hermitage sits along the 14,200-acre J. Percy Priest Lake. Nature surrounds the federally managed Seven Points with thousands of acres of grasslands and woodlands. Its a getaway for water lovers located just 10 miles from the heart of Nashville where a concert or backstage tour at the Grand Ole Opry is a perfect rainy day activity. In addition to a sandy beach and swimming options, the impounded waters provide boating and fishing for bass, bluegill, trout and other species. Seven Points features 59 campsites open April 1 through October. Campground amenities include water, a dump station, toilets, showers and a boat ramp.

Pickett CCC Memorial State Park at Jamestown is home to what is considered one of the Souths most scenic beaches. Framed by towering sandstone bluffs, the Arch Lake beach is open for swimming from Memorial Day through Labor Day. The park sits within the 19,200-acre Pickett State Forest and is adjacent to a 125,000-acre nature preserve. Water activities include fishing and paddling. Rowboat rentals are available during summer months. Ten hiking trails invite exploring nature within the Cumberland Plateau. In 2015, the park was designated an official dark sky viewing area by the International Dark Sky Association. When night falls, visitors enjoy a celestial show. Settle in to one of 20 cabins or 31 modern campsites for a great Tennessee beach vacation by day and night.

For beach lovers who prefer some of the comforts of home, Rock Island State Park at Rock Island offers fully equipped housekeeping cabins. Considered among the best cabins within the Tennessee State park system, amenities include a microwave, linens and an indoor fireplace to cozy up beside on chilly evenings. The park also offers 50 modern campsites and 20 tent sites. The parks natural sand beach sits at the headwaters of Center Hill Lake. Currents can be swift, so swimmers and paddlers are advised to use caution. The 870-acre park and lake sit at the confluence of three rivers to offer plenty of outdoor adventures to fill vacation days. Enjoy trophy fishing, kayaking, hiking, scenic overlooks of Caney Fork Gorge and a rushing 30-foot waterfall.

The federally operated Old Hickory Lake and Dam along the Cumberland River offers the choice of four swimming beaches. Choose one or make the rounds for a custom Tennessee beach getaway. Beaches are located at Cedar Creek, Laguardo, Lock 3 and include Old Hickory Beach. Expect to pay a nominal entrance fee to the beaches. Old Hickory Lake spans 22,500 acres. Water recreation includes scuba diving, boating, water skiing and fishing. Abundant wildlife and scenic views make it a popular site for photographers. Hiking options include Old Hickory Lake Trail, a part of National Trails System. Two seasonal campgrounds along the lake offer choice for settling in for a multi-day stay. Cages Bend campground at Hendersonville/Gallatin and Nashville sit along the lakes north shore. It offers 43 modern campsites. Cedar Creek campground along the lakes south side outside of Nashville offers 59 modern campsites. During summer months, the US Army Corps of Engineers offers a free, 90-minute guided tour of the Old Hickory Navigation Lock and Hydroelectric Dam from at the navigation lock at Old Hickory. Call the resource managers office at (615) 822-4846 or 847-2395 to submit a tour request.

Sally Barber is a 20-year veteran of the publishing industry. A specialist in business, travel, sustainable tourism and the environment, she has written for Virgin Atlantic Airways, the "Detroit Free Press," "Great Lakes Seaway Review" and various websites. Barber is also the author of three books.

Leaf Group is a USA TODAY content partner providing general travel information. Its content is produced independently of USA TODAY.

Roadway to Lindsey Lake in David Crockett State Park, located a half mile west of Lawrenceburg, Tennessee.

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Stellar evolution – Wikipedia

The life cycle of a Sun-like star

Stellar evolution is the process by which a star changes over the course of time. Depending on the mass of the star, its lifetime can range from a few million years for the most massive to trillions of years for the least massive, which is considerably longer than the age of the universe. The table shows the lifetimes of stars as a function of their masses.[1] All stars are born from collapsing clouds of gas and dust, often called nebulae or molecular clouds. Over the course of millions of years, these protostars settle down into a state of equilibrium, becoming what is known as a main-sequence star.

Nuclear fusion powers a star for most of its life. Initially the energy is generated by the fusion of hydrogen atoms at the core of the main-sequence star. Later, as the preponderance of atoms at the core becomes helium, stars like the Sun begin to fuse hydrogen along a spherical shell surrounding the core. This process causes the star to gradually grow in size, passing through the subgiant stage until it reaches the red giant phase. Stars with at least half the mass of the Sun can also begin to generate energy through the fusion of helium at their core, whereas more-massive stars can fuse heavier elements along a series of concentric shells. Once a star like the Sun has exhausted its nuclear fuel, its core collapses into a dense white dwarf and the outer layers are expelled as a planetary nebula. Stars with around ten or more times the mass of the Sun can explode in a supernova as their inert iron cores collapse into an extremely dense neutron star or black hole. Although the universe is not old enough for any of the smallest red dwarfs to have reached the end of their lives, stellar models suggest they will slowly become brighter and hotter before running out of hydrogen fuel and becoming low-mass white dwarfs.[2]

Stellar evolution is not studied by observing the life of a single star, as most stellar changes occur too slowly to be detected, even over many centuries. Instead, astrophysicists come to understand how stars evolve by observing numerous stars at various points in their lifetime, and by simulating stellar structure using computer models.

Stellar evolution starts with the gravitational collapse of a giant molecular cloud. Typical giant molecular clouds are roughly 100 light-years (9.51014km) across and contain up to 6,000,000 solar masses (1.21037kg). As it collapses, a giant molecular cloud breaks into smaller and smaller pieces. In each of these fragments, the collapsing gas releases gravitational potential energy as heat. As its temperature and pressure increase, a fragment condenses into a rotating sphere of superhot gas known as a protostar.[3]

A protostar continues to grow by accretion of gas and dust from the molecular cloud, becoming a pre-main-sequence star as it reaches its final mass. Further development is determined by its mass. Mass is typically compared to the mass of the Sun: 1.0M (2.01030kg) means 1 solar mass.

Protostars are encompassed in dust, and are thus more readily visible at infrared wavelengths. Observations from the Wide-field Infrared Survey Explorer (WISE) have been especially important for unveiling numerous Galactic protostars and their parent star clusters.[4][5]

Protostars with masses less than roughly 0.08M (1.61029kg) never reach temperatures high enough for nuclear fusion of hydrogen to begin. These are known as brown dwarfs. The International Astronomical Union defines brown dwarfs as stars massive enough to fuse deuterium at some point in their lives (13 Jupiter masses (MJ), 2.51028kg, or 0.0125M). Objects smaller than 13MJ are classified as sub-brown dwarfs (but if they orbit around another stellar object they are classified as planets).[6] Both types, deuterium-burning and not, shine dimly and die away slowly, cooling gradually over hundreds of millions of years.

For a more-massive protostar, the core temperature will eventually reach 10 million kelvin, initiating the protonproton chain reaction and allowing hydrogen to fuse, first to deuterium and then to helium. In stars of slightly over 1M (2.01030kg), the carbonnitrogenoxygen fusion reaction (CNO cycle) contributes a large portion of the energy generation. The onset of nuclear fusion leads relatively quickly to a hydrostatic equilibrium in which energy released by the core maintains a high gas pressure, balancing the weight of the star's matter and preventing further gravitational collapse. The star thus evolves rapidly to a stable state, beginning the main-sequence phase of its evolution.

A new star will sit at a specific point on the main sequence of the HertzsprungRussell diagram, with the main-sequence spectral type depending upon the mass of the star. Small, relatively cold, low-mass red dwarfs fuse hydrogen slowly and will remain on the main sequence for hundreds of billions of years or longer, whereas massive, hot O-type stars will leave the main sequence after just a few million years. A mid-sized yellow dwarf star, like the Sun, will remain on the main sequence for about 10 billion years. The Sun is thought to be in the middle of its main sequence lifespan.

Eventually the core exhausts its supply of hydrogen and the star begins to evolve off of the main sequence, without the outward pressure generated by the fusion of hydrogen to counteract the force of gravity the core contracts until either electron degeneracy pressure becomes sufficient to oppose gravity or the core becomes hot enough (around 100 MK) for helium fusion to begin. Which of these happens first depends upon the star's mass.

What happens after a low-mass star ceases to produce energy through fusion has not been directly observed; the universe is around 13.8 billion years old, which is less time (by several orders of magnitude, in some cases) than it takes for fusion to cease in such stars.

Recent astrophysical models suggest that red dwarfs of 0.1M may stay on the main sequence for some six to twelve trillion years, gradually increasing in both temperature and luminosity, and take several hundred billion more to collapse, slowly, into a white dwarf.[8][9] Such stars will not become red giants as they are fully convective and will not develop a degenerate helium core with a shell burning hydrogen. Instead, hydrogen fusion will proceed until almost the whole star is helium.

Slightly more massive stars do expand into red giants, but their helium cores are not massive enough to reach the temperatures required for helium fusion so they never reach the tip of the red giant branch. When hydrogen shell burning finishes, these stars move directly off the red giant branch like a post-asymptotic-giant-branch (AGB) star, but at lower luminosity, to become a white dwarf.[2] A star of about 0.5M will be able to reach temperatures high enough to fuse helium, and these "mid-sized" stars go on to further stages of evolution beyond the red giant branch.[10]

Stars of roughly 0.510M become red giants, which are large non-main-sequence stars of stellar classification K or M. Red giants lie along the right edge of the HertzsprungRussell diagram due to their red color and large luminosity. Examples include Aldebaran in the constellation Taurus and Arcturus in the constellation of Botes.

Mid-sized stars are red giants during two different phases of their post-main-sequence evolution: red-giant-branch stars, whose inert cores are made of helium, and asymptotic-giant-branch stars, whose inert cores are made of carbon. Asymptotic-giant-branch stars have helium-burning shells inside the hydrogen-burning shells, whereas red-giant-branch stars have hydrogen-burning shells only.[11] Between these two phases, stars spend a period on the horizontal branch with a helium-fusing core. Many of these helium-fusing stars cluster towards the cool end of the horizontal branch as K-type giants and are referred to as red clump giants.

When a star exhausts the hydrogen in its core, it leaves the main sequence and begins to fuse hydrogen in a shell outside the core. The core increases in mass as the shell produces more helium. Depending on the mass of the helium core, this continues for several million to one or two billion years, with the star expanding and cooling at a similar or slightly lower luminosity to its main sequence state. Eventually either the core becomes degenerate, in stars around the mass of the sun, or the outer layers cool sufficiently to become opaque, in more massive stars. Either of these changes cause the hydrogen shell to increase in temperature and the luminosity of the star to increase, at which point the star expands onto the red giant branch.[12]

The expanding outer layers of the star are convective, with the material being mixed by turbulence from near the fusing regions up to the surface of the star. For all but the lowest-mass stars, the fused material has remained deep in the stellar interior prior to this point, so the convecting envelope makes fusion products visible at the star's surface for the first time. At this stage of evolution, the results are subtle, with the largest effects, alterations to the isotopes of hydrogen and helium, being unobservable. The effects of the CNO cycle appear at the surface during the first dredge-up, with lower 12C/13C ratios and altered proportions of carbon and nitrogen. These are detectable with spectroscopy and have been measured for many evolved stars.

The helium core continues to grow on the red giant branch. It is no longer in thermal equilibrium, either degenerate or above the Schoenberg-Chandrasekhar limit, so it increases in temperature which causes the rate of fusion in the hydrogen shell to increase. The star increases in luminosity towards the tip of the red-giant branch. Red giant branch stars with a degenerate helium core all reach the tip with very similar core masses and very similar luminosities, although the more massive of the red giants become hot enough to ignite helium fusion before that point.

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In the helium cores of stars in the 0.8 to 2.0 solar mass range, which are largely supported by electron degeneracy pressure, helium fusion will ignite on a timescale of days in a helium flash. In the nondegenerate cores of more massive stars, the ignition of helium fusion occurs relatively slowly with no flash.[13] The nuclear power released during the helium flash is very large, on the order of 108 times the luminosity of the Sun for a few days[12] and 1011 times the luminosity of the Sun (roughly the luminosity of the Milky Way Galaxy) for a few seconds.[14] However, the energy is consumed by the thermal expansion of the initially degenerate core and thus cannot be seen from outside the star.[12][14][15] Due to the expansion of the core, the hydrogen fusion in the overlying layers slows and total energy generation decreases. The star contracts, although not all the way to the main sequence, and it migrates to the horizontal branch on the HertzsprungRussell diagram, gradually shrinking in radius and increasing its surface temperature.

Core helium flash stars evolve to the red end of the horizontal branch but do not migrate to higher temperatures before they gain a degenerate carbon-oxygen core and start helium shell burning. These stars are often observed as a red clump of stars in the colour-magnitude diagram of a cluster, hotter and less luminous than the red giants. Higher-mass stars with larger helium cores move along the horizontal branch to higher temperatures, some becoming unstable pulsating stars in the yellow instability strip (RR Lyrae variables), whereas some become even hotter and can form a blue tail or blue hook to the horizontal branch. The morphology of the horizontal branch depends on parameters such as metallicity, age, and helium content, but the exact details are still being modelled.[16]

After a star has consumed the helium at the core, hydrogen and helium fusion continues in shells around a hot core of carbon and oxygen. The star follows the asymptotic giant branch on the HertzsprungRussell diagram, paralleling the original red giant evolution, but with even faster energy generation (which lasts for a shorter time).[17] Although helium is being burnt in a shell, the majority of the energy is produced by hydrogen burning in a shell further from the core of the star. Helium from these hydrogen burning shells drops towards the center of the star and periodically the energy output from the helium shell increases dramatically. This is known as a thermal pulse and they occur towards the end of the asymptotic-giant-branch phase, sometimes even into the post-asymptotic-giant-branch phase. Depending on mass and composition, there may be several to hundreds of thermal pulses.

There is a phase on the ascent of the asymptotic-giant-branch where a deep convective zone forms and can bring carbon from the core to the surface. This is known as the second dredge up, and in some stars there may even be a third dredge up. In this way a carbon star is formed, very cool and strongly reddened stars showing strong carbon lines in their spectra. A process known as hot bottom burning may convert carbon into oxygen and nitrogen before it can be dredged to the surface, and the interaction between these processes determines the observed luminosities and spectra of carbon stars in particular clusters.[18]

Another well known class of asymptotic-giant-branch stars are the Mira variables, which pulsate with well-defined periods of tens to hundreds of days and large amplitudes up to about 10 magnitudes (in the visual, total luminosity changes by a much smaller amount). In more-massive stars the stars become more luminous and the pulsation period is longer, leading to enhanced mass loss, and the stars become heavily obscured at visual wavelengths. These stars can be observed as OH/IR stars, pulsating in the infra-red and showing OH maser activity. These stars are clearly oxygen rich, in contrast to the carbon stars, but both must be produced by dredge ups.

These mid-range stars ultimately reach the tip of the asymptotic-giant-branch and run out of fuel for shell burning. They are not sufficiently massive to start full-scale carbon fusion, so they contract again, going through a period of post-asymptotic-giant-branch superwind to produce a planetary nebula with an extremely hot central star. The central star then cools to a white dwarf. The expelled gas is relatively rich in heavy elements created within the star and may be particularly oxygen or carbon enriched, depending on the type of the star. The gas builds up in an expanding shell called a circumstellar envelope and cools as it moves away from the star, allowing dust particles and molecules to form. With the high infrared energy input from the central star, ideal conditions are formed in these circumstellar envelopes for maser excitation.

It is possible for thermal pulses to be produced once post-asymptotic-giant-branch evolution has begun, producing a variety of unusual and poorly understood stars known as born-again asymptotic-giant-branch stars.[19] These may result in extreme horizontal-branch stars (subdwarf B stars), hydrogen deficient post-asymptotic-giant-branch stars, variable planetary nebula central stars, and R Coronae Borealis variables.

In massive stars, the core is already large enough at the onset of the hydrogen burning shell that helium ignition will occur before electron degeneracy pressure has a chance to become prevalent. Thus, when these stars expand and cool, they do not brighten as much as lower-mass stars; however, they were much brighter than lower-mass stars to begin with, and are thus still brighter than the red giants formed from less-massive stars. These stars are unlikely to survive as red supergiants; instead they will destroy themselves as type II supernovas.

Extremely massive stars (more than approximately 40M), which are very luminous and thus have very rapid stellar winds, lose mass so rapidly due to radiation pressure that they tend to strip off their own envelopes before they can expand to become red supergiants, and thus retain extremely high surface temperatures (and blue-white color) from their main-sequence time onwards. The largest stars of the current generation are about 100-150M because the outer layers would be expelled by the extreme radiation. Although lower-mass stars normally do not burn off their outer layers so rapidly, they can likewise avoid becoming red giants or red supergiants if they are in binary systems close enough so that the companion star strips off the envelope as it expands, or if they rotate rapidly enough so that convection extends all the way from the core to the surface, resulting in the absence of a separate core and envelope due to thorough mixing.[20]

The core grows hotter and denser as it gains material from fusion of hydrogen at the base of the envelope. In all massive stars, electron degeneracy pressure is insufficient to halt collapse by itself, so as each major element is consumed in the center, progressively heavier elements ignite, temporarily halting collapse. If the core of the star is not too massive (less than approximately 1.4M, taking into account mass loss that has occurred by this time), it may then form a white dwarf (possibly surrounded by a planetary nebula) as described above for less-massive stars, with the difference that the white dwarf is composed chiefly of oxygen, neon, and magnesium.

Above a certain mass (estimated at approximately 2.5M and whose star's progenitor was around 10M), the core will reach the temperature (approximately 1.1 gigakelvins) at which neon partially breaks down to form oxygen and helium, the latter of which immediately fuses with some of the remaining neon to form magnesium; then oxygen fuses to form sulfur, silicon, and smaller amounts of other elements. Finally, the temperature gets high enough that any nucleus can be partially broken down, most commonly releasing an alpha particle (helium nucleus) which immediately fuses with another nucleus, so that several nuclei are effectively rearranged into a smaller number of heavier nuclei, with net release of energy because the addition of fragments to nuclei exceeds the energy required to break them off the parent nuclei.

A star with a core mass too great to form a white dwarf but insufficient to achieve sustained conversion of neon to oxygen and magnesium, will undergo core collapse (due to electron capture) before achieving fusion of the heavier elements.[21] Both heating and cooling caused by electron capture onto minor constituent elements (such as aluminum and sodium) prior to collapse may have a significant impact on total energy generation within the star shortly before collapse.[22] This may produce a noticeable effect on the abundance of elements and isotopes ejected in the subsequent supernova.

Once the nucleosynthesis process arrives at iron-56, the continuation of this process consumes energy (the addition of fragments to nuclei releases less energy than required to break them off the parent nuclei). If the mass of the core exceeds the Chandrasekhar limit, electron degeneracy pressure will be unable to support its weight against the force of gravity, and the core will undergo sudden, catastrophic collapse to form a neutron star or (in the case of cores that exceed the Tolman-Oppenheimer-Volkoff limit), a black hole. Through a process that is not completely understood, some of the gravitational potential energy released by this core collapse is converted into a Type Ib, Type Ic, or Type II supernova. It is known that the core collapse produces a massive surge of neutrinos, as observed with supernova SN 1987A. The extremely energetic neutrinos fragment some nuclei; some of their energy is consumed in releasing nucleons, including neutrons, and some of their energy is transformed into heat and kinetic energy, thus augmenting the shock wave started by rebound of some of the infalling material from the collapse of the core. Electron capture in very dense parts of the infalling matter may produce additional neutrons. Because some of the rebounding matter is bombarded by the neutrons, some of its nuclei capture them, creating a spectrum of heavier-than-iron material including the radioactive elements up to (and likely beyond) uranium.[23] Although non-exploding red giants can produce significant quantities of elements heavier than iron using neutrons released in side reactions of earlier nuclear reactions, the abundance of elements heavier than iron (and in particular, of certain isotopes of elements that have multiple stable or long-lived isotopes) produced in such reactions is quite different from that produced in a supernova. Neither abundance alone matches that found in the Solar System, so both supernovae and ejection of elements from red giants are required to explain the observed abundance of heavy elements and isotopes thereof.

The energy transferred from collapse of the core to rebounding material not only generates heavy elements, but provides for their acceleration well beyond escape velocity, thus causing a Type Ib, Type Ic, or Type II supernova. Note that current understanding of this energy transfer is still not satisfactory; although current computer models of Type Ib, Type Ic, and Type II supernovae account for part of the energy transfer, they are not able to account for enough energy transfer to produce the observed ejection of material.[24] However, neutrino oscillations may play an important role in the energy transfer problem as they not only affect the energy available in a particular flavour of neutrinos but also through other general-relativistic effects on neutrinos.[25][26]

Some evidence gained from analysis of the mass and orbital parameters of binary neutron stars (which require two such supernovae) hints that the collapse of an oxygen-neon-magnesium core may produce a supernova that differs observably (in ways other than size) from a supernova produced by the collapse of an iron core.[27]

The most massive stars that exist today may be completely destroyed by a supernova with an energy greatly exceeding its gravitational binding energy. This rare event, caused by pair-instability, leaves behind no black hole remnant.[28] In the past history of the universe, some stars were even larger than the largest that exists today, and they would immediately collapse into a black hole at the end of their lives, due to photodisintegration.

After a star has burned out its fuel supply, its remnants can take one of three forms, depending on the mass during its lifetime.

For a star of 1M, the resulting white dwarf is of about 0.6M, compressed into approximately the volume of the Earth. White dwarfs are stable because the inward pull of gravity is balanced by the degeneracy pressure of the star's electrons, a consequence of the Pauli exclusion principle. Electron degeneracy pressure provides a rather soft limit against further compression; therefore, for a given chemical composition, white dwarfs of higher mass have a smaller volume. With no fuel left to burn, the star radiates its remaining heat into space for billions of years.

A white dwarf is very hot when it first forms, more than 100,000 K at the surface and even hotter in its interior. It is so hot that a lot of its energy is lost in the form of neutrinos for the first 10 million years of its existence, but will have lost most of its energy after a billion years.[29]

The chemical composition of the white dwarf depends upon its mass. A star of a few solar masses will ignite carbon fusion to form magnesium, neon, and smaller amounts of other elements, resulting in a white dwarf composed chiefly of oxygen, neon, and magnesium, provided that it can lose enough mass to get below the Chandrasekhar limit (see below), and provided that the ignition of carbon is not so violent as to blow the star apart in a supernova.[30] A star of mass on the order of magnitude of the Sun will be unable to ignite carbon fusion, and will produce a white dwarf composed chiefly of carbon and oxygen, and of mass too low to collapse unless matter is added to it later (see below). A star of less than about half the mass of the Sun will be unable to ignite helium fusion (as noted earlier), and will produce a white dwarf composed chiefly of helium.

In the end, all that remains is a cold dark mass sometimes called a black dwarf. However, the universe is not old enough for any black dwarfs to exist yet.

If the white dwarf's mass increases above the Chandrasekhar limit, which is 1.4M for a white dwarf composed chiefly of carbon, oxygen, neon, and/or magnesium, then electron degeneracy pressure fails due to electron capture and the star collapses. Depending upon the chemical composition and pre-collapse temperature in the center, this will lead either to collapse into a neutron star or runaway ignition of carbon and oxygen. Heavier elements favor continued core collapse, because they require a higher temperature to ignite, because electron capture onto these elements and their fusion products is easier; higher core temperatures favor runaway nuclear reaction, which halts core collapse and leads to a Type Ia supernova.[31] These supernovae may be many times brighter than the Type II supernova marking the death of a massive star, even though the latter has the greater total energy release. This instability to collapse means that no white dwarf more massive than approximately 1.4M can exist (with a possible minor exception for very rapidly spinning white dwarfs, whose centrifugal force due to rotation partially counteracts the weight of their matter). Mass transfer in a binary system may cause an initially stable white dwarf to surpass the Chandrasekhar limit.

If a white dwarf forms a close binary system with another star, hydrogen from the larger companion may accrete around and onto a white dwarf until it gets hot enough to fuse in a runaway reaction at its surface, although the white dwarf remains below the Chandrasekhar limit. Such an explosion is termed a nova.

Ordinarily, atoms are mostly electron clouds by volume, with very compact nuclei at the center (proportionally, if atoms were the size of a football stadium, their nuclei would be the size of dust mites). When a stellar core collapses, the pressure causes electrons and protons to fuse by electron capture. Without electrons, which keep nuclei apart, the neutrons collapse into a dense ball (in some ways like a giant atomic nucleus), with a thin overlying layer of degenerate matter (chiefly iron unless matter of different composition is added later). The neutrons resist further compression by the Pauli Exclusion Principle, in a way analogous to electron degeneracy pressure, but stronger.

These stars, known as neutron stars, are extremely smallon the order of radius 10km, no bigger than the size of a large cityand are phenomenally dense. Their period of rotation shortens dramatically as the stars shrink (due to conservation of angular momentum); observed rotational periods of neutron stars range from about 1.5 milliseconds (over 600 revolutions per second) to several seconds.[32] When these rapidly rotating stars' magnetic poles are aligned with the Earth, we detect a pulse of radiation each revolution. Such neutron stars are called pulsars, and were the first neutron stars to be discovered. Though electromagnetic radiation detected from pulsars is most often in the form of radio waves, pulsars have also been detected at visible, X-ray, and gamma ray wavelengths.[33]

If the mass of the stellar remnant is high enough, the neutron degeneracy pressure will be insufficient to prevent collapse below the Schwarzschild radius. The stellar remnant thus becomes a black hole. The mass at which this occurs is not known with certainty, but is currently estimated at between 2 and 3M.

Black holes are predicted by the theory of general relativity. According to classical general relativity, no matter or information can flow from the interior of a black hole to an outside observer, although quantum effects may allow deviations from this strict rule. The existence of black holes in the universe is well supported, both theoretically and by astronomical observation.

Because the core-collapse supernova mechanism itself is imperfectly understood, it is still not known whether it is possible for a star to collapse directly to a black hole without producing a visible supernova, or whether some supernovae initially form unstable neutron stars which then collapse into black holes; the exact relation between the initial mass of the star and the final remnant is also not completely certain. Resolution of these uncertainties requires the analysis of more supernovae and supernova remnants.

A stellar evolutionary model is a mathematical model that can be used to compute the evolutionary phases of a star from its formation until it becomes a remnant. The mass and chemical composition of the star are used as the inputs, and the luminosity and surface temperature are the only constraints. The model formulae are based upon the physical understanding of the star, usually under the assumption of hydrostatic equilibrium. Extensive computer calculations are then run to determine the changing state of the star over time, yielding a table of data that can be used to determine the evolutionary track of the star across the HertzsprungRussell diagram, along with other evolving properties.[34] Accurate models can be used to estimate the current age of a star by comparing its physical properties with those of stars along a matching evolutionary track.[35]

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Stellar evolution - Wikipedia

Satoshi Nakamoto Definition | Investopedia

DEFINITION of 'Satoshi Nakamoto'

The name used by the unknown creator of the protocol used in the bitcoin cryptocurrency. Satoshi Nakamoto is closely-associated with Bitcoin and the Bitcoin blockchain technology.

Satoshi Nakamoto is arguably the biggest pioneer of cryptocurrency.

Satoshi Nakamoto is considered the most enigmatic character in cryptocurrency. To date it is unclear if he or she is a single person, or if the name is a moniker used by a group. What is known is that Satoshi Nakamoto published a paper in 2008 that jumpstarted the development of cryptocurrency.

The paper, Bitcoin: A Peer-to-Peer Electronic Cash System, described the use of a peer-to-peer network as a solution to the problem of double-spending. The problem that a digital currency or token can used in more than one transaction is not found in physical currencies since a physical bill or coin can, by its nature, only exist in one place at a single time. Since a digital currency does not exist in the physical space, using it in a transaction does not remove it from someones possession, at least not immediately.

Solutions to combating the double-spend problem had historically involved the use of trusted, third-party intermediaries that would verify whether a digital currency had already been spent by its holder. In most cases, third parties, such as banks, can effectively handle transactions without adding significant risk. However, this trust-based model still results in uncertainty. Removing the third-party could only be accomplished by building cryptography into transactions.

Nakamoto proposed a decentralized approach to transactions, ultimately culminating in the creation of blockchains. In a blockchain, timestamps for a transaction are added to the end of previous timestamps based on proof-of-work, creating a historical record that cannot be changed. As the blockchain increases in size as the number of transactions increase, it becomes more difficult for attackers to disrupt it. The blockchain records are kept secure because the amount of computational power required to reverse them discourages small scale attacks.

Satoshi Nakamoto was involved in the early days of bitcoin, working on the first version of the software in 2009. Communication to and from Nakamoto was conducted electronically, and the lack of personal and background details meant that it was impossible to find out the actual identity of Nakamoto. Nakamotos involvement with bitcoin tapered off in 2011.

The inability to put a face to the name has led to significant speculation as to Nakamotos identity, especially as cryptocurrencies increased in number, popularity, and notoriety. While his identity has not been uncovered, it is estimated that the value of bitcoins under his control may have exceeded $1 billion in 2013.

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Satoshi Nakamoto Definition | Investopedia

Salman Spiritual :: Diamond Jubilee Sparks :: 2017Year of …

Bismillahir Rahmanir RahimIn the name of Allah, the Most Beneficent, the Most Merciful.

SalmanSpiritual.Com :: Towards the Inner Vision of the Truth

Welcome to SalmanSpiritual.com. We are please to announce the launch of the Higher Spiritual Enlightenment Posts project. The Project started with jolt of aspiration and inspiration came on New Year's eve which led to the commitment of making 2017The Year for Higher Spiritual Enlightenment through the publication of Candle Post #138. My prayer for the Enlightenment Posts project is summarized below:

Let us pray to Noor Mowlana Hazar Imam to bless all of us with drops of Light into our spiritual hearts. The spiritual heart in each person is the representative of the soul, thus these luminous drops will start to illuminate and purify the ego, the vital, the mind and the body. The precise process is to usher Light into each cell of one's body through intense dhikr. This is the proven mechanism to eliminate all types of darknesses in our own personal world. This purification process will bring greater peace, light, delight and awareness within ourselves and will increase our aspiration to reach our own spiritual and luminous potential in the field of Higher Spiritual Enlightenment.

The Diamond Jubilee of Noor Mowlana Shah Karim Al-Hussaini Hazar Imam (a.s.) has inspired me to write posts on the topic of Higher Spiritual Enlightenment. This project was started on January 9, 2017 to increase our knowledge and enhance our yearning through Dhikr and Angelic Salwat. The web page and PDF links to the 7 latest posts for this project are shown below. All posts can be accessed through the Table of Contents section on the index page of Higher Spiritual Enlightenment Posts project.

Please share information about the Higher Spiritual Enlightenment project with family and friends! May Noor Mowlana Hazar Imam bless you for this seva and may he fill your spiritual heart with his NOOR and nothing else! Ameen.

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SalmanSpiritual.Com :: Focus & Contents

New Dhikrs/Tasbis

Download mp3 audio track titled 'Noore Karim, Ya Majma al-Nurayn' from audio.salmanspiritual.com. In this mp3 track, Noore Karim, Ya Majma al-Nurayn is recited 40 times. Click here to see the explanation of this dhikr.

Download mp3 audio track titled 'Noore Karim Plus 21 Tasbis' from audio.salmanspiritual.com. Download PDF or click here to see the lyrics and explanation of the dhikr, and how to spread the benefit of this dhikr.

The Candle PostsA Vital ResourceIn his Irshad on July 11, 2007 and his firman of December 13, 2008, Noor Mowlana Hazar Imam has put the onus on us to search for higher spiritual enlightenment under his supervision and then use this spiritual enlightenment as a continuous internal guide in our daily lives. This calling from our beloved Holy Imam needs tremendous effort. Therefore, I have made a very humble niyat to send motivational gems for higher spiritual enlightenment in the form of candle posts. Click here to see the candle postings index page for Volumes 1-4.

New Candle Posts

Candle Post #138 :: 2017 The Year for Higher Spiritual EnlightenmentThe Diamond Jubilee of Noor Mowlana Hazar Imam has inspired me to make 2017 the Year of Higher Spiritual Enlightenment. Let us pray to Noor Mowlana Hazar Imam to bless all of us with drops of Light into our spiritual hearts. The spiritual heart in each person is the representative of the soul, thus these luminous drops will start to illuminate and purify the ego, the vital, the mind and the body. Read more...

Candle Post #137 :: Hazrat Bibi Fatimat-az-Zahra (a.s.), Majma al-NuraynThis candle post is about a new title, majma al-nurayn (The confluence of two lights), of Hazrat Bibi Fatimat-az-Zahra, Khatun-i-Jannat ('Alayhi-s-salam). She is also the 'mother of Imamate'. Read more...

Candle Posts PDF ArchiveThe PDF versions of Candle Posts 115 to 138 are now available on a separate page. Read more...

Holy Quran ResourcesSalmanSpiritual.com is pleased to bring to you searchable versions of Yusufali's and Pickthall's translations of the Holy Quran. In addition to this, hyperlinks are provided to Quran Explorer, which is like an electronic Quran complete with meanings & with sound. Arabic text and English transliteration & translation of the Holy Qur'an are also available on SalmanSpiritual.com. The original source of these materials is at http://www.sacred-texts.com. Click here to explore these resources.

Resources for Holy Ramadan & Idd-ul FitrIn order to be spiritually and esoterically engaged in the month of Holy Ramadan, a number of resources have been created over the past four years. Click here to see and download these resources.

Foundation of Faith :: Curriculum for Spiritual EnlightenmentThese resources provide foundational knowledge on key aspects of our faith and are arranged in a sequential manner. The knowlege base addresses the requirements of being an active Ismaili who is searching for higher spiritual enlightenment under the supervision and guidance of NOOR Mowlana Shah Karim Al-Hussaini (a.s.). Precious gems have been compilied from our literature which spans over a period of 1400 years. Click here to see and download these resources.

Higher Spiritual Enlightenment :: Educational ResourcesOver the past 10 years, especially over the extended Golden Jubilee year, a massive effort was expended to develop the concept of a Golden Noorani Didar in the forehead of a seeker of higher spiritual enlightenment. In addition to this, the concept of a spiritual and a luminous nazrana was also articulated to augment the concepts of material, and time and knowledge nazranas. Click here to see and download these resources.

Audio.SalmanSpiritual.ComThe audio subdomain of SalmanSpiritual.Com has mp3 tracks of Ayatul Kursi, Anant Akhado (500 verses), Anant Naa Nav Chhuga (90 verses) and Moti venti (50 verses), Durood O Salaam Qasida and Dhikr tasbis. Click here to explore these resources.

Our ardent prayer is:May our beloved NOOR Mowlana Shah Karim Al-Hussaini (a.s.) Hazar Imam bless us all with Noorani Didars during Bandagi and in Zaheri Noorani Didars with the different Jamats across the world during the Diamond Jubilee!Ameen

Rakh Mowla je Noor te Yaqeen (Certainly, we trust in Mowla's Light only)

Haizinda Qayampaya (Our Present Imam is Living and His NOOR is Eternal)

Your spiritual brother in religion,Noorallah Juma (noor-allah@salmanspiritual.com)SalmanSpiritual.comFriday, Jan. 5, 2018

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Salman Spiritual :: Diamond Jubilee Sparks :: 2017Year of ...

How Duterte’s drug war can fail | War on drugs | Philstar.com

global policy shift is underway after the war on drugs that dragged on for decades saw no success. In the Philippines, the same war is just beginning and despite popular support, may be doomed to the same fate.

Over the past months, a country of 100 million watches President Rodrigo Duterte try applying nationally a formula his supporters find to have worked in Davao City, long hailed a haven to honest citizens and a hell to crooks. There, as mayor for 22 years, his iron-fist approach restored security amid vigilante killings and set up social services unusual in the underdeveloped south.

On the campaign trail, Duterte vowed an end to crime and illegal drugs within his first year as president. To do this, he chose to suppress the drug trade through an aggressive, even violent, crackdown on the market. An all-out war.

John Collins, executive director of London School of Economics IDEAS International Drug Policy Project, said the Philippines has declared a war "identical" to those launched in the United States and parts of Latin America and Asia in the past decades. The campaigns led to arrests and deaths but did little to hold back the stream of substances.

"The policies pursued, in this case prohibition and repression, don't succeed in reducing the size of the market and in many cases inflame the violence and corruption associated with the market," Collins told Philstar.com in an email.

In Duterte's early months as leader, installed by a record 16 million voters, about 3,500 people have diedalmost half were killed in police operations. Duterte's team, however, tried washing its hands over killings outside police function. His top cop, Director General Ronald dela Rosa, said the deaths should not be blamed on the government.

What the world witnessed in countries with wars against cartels like Mexico, however, were deaths and "spiraling levels of violence" which many experts have attributed to an ill-conceived government policy.

At least one thousand leaders, including those whose countries have waged war against drugs, admitted that it was ineffective, misguided and only led to disaster.

"What we find is that aggressive enforcement often spikes violence by disrupting cartel structures, leading to fragmentation of operations whereby members of cartel go to war with each other for control of the organization or splinter into rival groups competing over turf," Collins said.

At least 1,000 leaders, including those whose countries have waged a war against drugs, admitted most recently in April that it was ineffective, misguided and only led to disaster.

"In Latin America, the 'unintended' consequences (of war) have been disastrous. Thousands of people have lost their lives in drug-associated violence. Drug lords have taken over entire communities. Misery has spread. Corruption is undermining fragile democracies," wrote Brazil's President Fernando Henrique Cardoso in 2009.

The drug war in Thailand in 2003 was backed by public support, but the country eventually pulled back from the policy marked by related killings and shunning of drug users as it did little to curb demand. Instead, addicts consumed illegal substances in hiding and diseases eventually spread. Treatment was neither available in prisons.

The United States, where President Richard Nixon called drugs "public enemy number one" in 1971, saw a ballooning number of poor, black people behind bars while drug supply and production were only temporarily disrupted.

"(The war in the US) has destroyed policy-community relations in many areas, and has not noticeably reduced the size of the drug market, merely displaced it in certain cases," Collins said. "The Philippines is witnessing the same dynamic."

What Duterte and his men are not saying, however, is that the Philippines' experience is not at all unique, and some devastating results could already be seen.

Vanda Felbab-Brown, an urban violence and internal conflict expert at the Washington-based Brookings Institution, shared Collins' view. Having tracked and studied drug wars around the world, she observed that while anti-narcotics policies seeking to minimize petty crime and violence naturally target drug supply, there is something striking about Duterte's strategy.

"Duterte's policy is counterproductive and doing the opposite: it is slaughtering people, it is making the retail (drug) market violentas a result of state actions, extrajudicial killings and vigilante killings," she told Philstar.com in an email.

"Worse yet, it is hiding other forms of violence and murders as neighbors and neighborhood committee members put on the list of drug suspects their rivals and enemies and anyone can be killed and then labeled a pusher," she said.

In an open letter to Duterte, former President Cardoso and colleagues at the Global Commission on Drugs called the Philippines' war "unwinnable" with terrible costs.

"It is not a question of choosing between human rights and the safety of your people, as you have claimed, but the means employed to address crime must not result in further crimes against individuals whose conduct often causes very little harm," the open letter read.

The effects of belligerent, police-led campaigns suffered by other countries are contrary to Duterte's zero-crime and zero-drugs promises. One main reason for failure is how war could only disrupt the supply and demand cycle so far.

The system of drug control adopted around the world in the last century had aimed to eradicate illegal drugs by mainly trying to wipe their availability. Now localized by the Philippine government, the drug war only adds a new phase in buying and selling but cannot truly stop it, experts say.

Collins said the government's aim of controlling narcotics supply through a war is based on a mere "assumption" since the demand for illegal substances generally does not diminish.

"When there is a demand, there will be a supply," he said.

In the 2014 report "Ending the Drug Wars" by the London School of Economics' think tank, Collins explained that suppression has proved to increase drug prices only for a short time. The price hike afterward gave a new rise in supply and caused a shift in the supply chain, which then made prices lower. The result: Supply and prices returned to the way they were before the war.

"The likely outcome (based on evidence from other countries) is that the drug market will undergo changes in operation, but not necessarily size. It may shrink in the midst of the chaos of the war, but the likelihood is that it will reemerge since all of the conditions which fostered it in the first place will remain," Collins told Philstar.com.

Drug policy experts have found that demand increases amid "poverty, inequality (and) poor rule of law"conditions that make illegal drugs a particularly enticing option economically and psychologically.

Felbab-Brown noted that even in Latin America where drug wars of various intensities continued over several decades, supply has not been eliminated and drug use has increased. Not even a sustained campaign has proven effective.

"Drug markets will adjust. As long as there is demand, supply and retail will take another form," she said.

If the government suppresses one type of drug, evidence suggests that consumers are just as likely to switch to other types, said Collins. The much suppressed opium only led to the manufacture of heroin as a byproduct, while crack came from the prohibition of cocaine.

While resources go to suppressing supply, demand-reduction programs are usually left underfunded.

"Public health approaches to drug treatment should acknowledge addiction as an illness requiring medical treatment," she said.

Earlier this month, Malacaang and the chief of police declared the drug war a success, claiming that supply has been cut by 90 percent, with the government regaining authority at national penitentiary Bilibid where incarcerated leaders of cartels continue to control the narcotics chain from their swish cells.

The claim, however, comes from scant data. Collins noted that narcotics run within black markets, where transactions are difficult to measure. "I would take the claim of success with a great deal of skepticism," he said.

Supposed that drug supply has indeed contracted with severe prohibition, history shows that the production and consumption halt is temporary before they spike anew.

"Short-term supply changes as a result of police interventions are rarely (almost never) sustained into the medium-long term," Collins said. "They often produce spillover effects as people switch to other substances and criminal organizations regroup and fight over the drug market."

On September 2, a blast at a night market in Davao City killed at least 14 people and left scores of others hurt. The atrocity prompted Duterte to declare a nationwide "state of lawlessness" for an indefinite period, invoking the same constitutional provision that allows a Philippine leader to declare martial law.

"We're trying to cope with a crisis now. There is a crisis in this country involving drugs, extrajudicial killings and there seems to be an environment of lawless violence," Duterte said. Police chief Dela Rosa claimed the tragedy could be an act of "narco terrorism."

Duterte seems to have long considered what he calls a drug "crisis" officially recognized by the state. Even as he would dismiss his most controversial remarks as only made in jest, Duterte was consistent in proclaiming drugs as a national security threat, "an invasion of a new kind."

- President Rodrigo Duterte on declaring a state of lawless violence

Sen. Alan Peter Cayetano, one of Duterte's closest allies and his vice presidential candidate, repeatedly declared early in the campaign that the Philippines is on the verge of becoming a "narco state." Duterte's supporters recognized the crusade against drugs as a centerpiece of Duterte's winning platform.

The numbers, however, can tell a different story.

Cayetano cited findings that 92 percent of Metro Manila's barangays are affected by drugs. The data came from the Philippine Drug Enforcement Authority (PDEA), whose 2015 annual report recorded that while most of the capital region's villages are "affected" by illegal drugs, a majority of barangays nationwide are drug-free.

In rationalizing his war on drugs, Duterte estimates the number of drug userswhich he later revised to drug "addicts"in the country at 3.7 million. Even PDEA's proposed computations, however, cannot demonstrate the number.

In documents provided to Philstar.com, PDEA claims the figure is based on the United Nations Office of Drugs and Crime's data that 5.2 percent of ages 15 to 64 used illegal drugs. The 5.2-percent figure, however, is the global average of drug use that could not validly be applied to the Philippines.

Citing last official data released in 2013, the UNODC's research section said the Philippines had an estimated prevalence rate of only 1.69 percent or 1.6 million of ages 10 to 69.

"This is a low prevalence rate compared to other countries. At the global level, UNODC's best estimate suggests that overall (global) drug use affects 5.2 percent of the population age 15 to 64," said Thomas Pietschmann, a data analyst at the UNODC, responding to Philstar.com.

At a Senate panel hearing on September 1, Assistant Secretary Benjamin Reyes of the Dangerous Drugs Board cited a nationwide household survey conducted in 2015ahead of its official release. Reyes said there are an estimated 1.8 million current drug users in the Philippines.

Data from the drugs board, established under President Fidel Ramos' term in the 1990s to address fears of a drug crisis, also showed a notable drop in drug prevalence from 6.7 million in 2004 to 1.3 million in 2012.

The improvement was attributed by the drugs board to its two-fold objective of reducing both supply and demandcombining law enforcement, monitoring and judiciary on the supply side with preventive education, treatment and rehabilitation and research on the demand side.

The count of drug users, however, rose to 1.8 million in 2015. Yet, the rate is only a fraction of drug use in other countries.

In East Asia, the Philippines does have the largest percentage share of population using amphetamine-type substances, the most popular of which is known locally as shabu, at 0.74 percent (ages 10 to 69) in 2012. The figure is small alongside the 18.3 percent of Iceland's population using cannabis, which remains illegal there. Australia, meanwhile, registered 3 percent of its population using ecstasy-type drugs.

The Philippines neither appears to be a major player in the world's illegal drug trade. The PDEA last year seized P5.4-billion worth of substances. While the amount is considerable, it pales beside a single $275-million (P12 billion) seizure of ice in a Melbourne estate, or a 512-million (P31.8 billion) cocaine seizure off Scotland.

The Philippines' location, however, is strategic to global trafficking. President Duterte said the country is a transshipment point of notorious Mexican cartel Sinaloa, among other international syndicates. In 2013, Thailand tagged the Philippines as part of the nexus for cocaine reaching its shores.

The Philippines had similarly been among the casualties of the crackdown of methamphetamine in 1951. The production moved from Japan to neighboring countries such as China, South Korea, Taiwan and the Philippines. Collins identifies this as the "balloon effect" or the phenomenon where the trade is not truly abated when inhibited in one place, but only transfers elsewhere.

"Transshipment points emerge due to rule of law issues, poor governance, etc. The notion that further weakening the rule of law through a dirty 'drug war' suggests the Philippines is just as likely to witness a worsening of the problem," Collins said.

- John Collins Drug policy expert, London School of Economics

International drug monitoring bodies such as the UNODC, moreover, have not identified the Philippines as a major drug hub despite urging it to narrow enforcement gaps and curb corruption.

"Drug markets exist all over the worldwith a very small number of exceptions. The problems associated with these drug markets are often symptom of broader societal problems," Collins added.

The US Department of State earlier this year pointed out the Philippines' challenges in dealing with the drug problemsuch as in monitoring financial systems and gateways for money laundering linked to the international narcotics tradeand deficiencies, particularly a handicapped law enforcement capability, insufficient judicial tools and clogged court dockets.

Asked if the Philippines has characteristics of a narco state, Felbab Brown said there is no standard definition of the term, but it is usually applied to economies of which a vast segment depends on illegal drug production or trade, such as Bolivia in the 1980s and in recent years, Afghanistan and Guinea-Bissau.

The term could also mean that the drug trade has official sanctioning of government officials and "deeply permeates the institutions of the state."

Last year, about 200 government employees linked to drugs were arrested. Substances are also chronically seized in a series of raids at the national penitentiary Bilibid. While a culture of corruption that allows such practices is deeply entrenched, the Philippines' narcotics woes are comparatively moderate.

"There is little reason to believe that the Philippines is a narco state, whatever the definition," said Felbab-Brown, an author of several publications on illegal economies.

Sociologist Nicole Curato, a Canberra-based fellow at the Institute for Governance and Policy Analysis, said the war on drugs could be "legitimate" in the public's eyes, but it could have unintended implications.

"I'm just very cautious that when we use the word 'war' evidently we start looking at our fellow Filipinos as enemies who should be eradicated rather than fellow human beings that also deserve protection," Curato told Philstar.com in an online interview.

Duterte and his security officials are quick to point to the successes of the drug war two months in. The Philippine National Police regularly releases a toll of drug suspects arrested and killed during police operations. It also reports new numbers of dead found outside police efforts by unknown assailants. Duterte often cites the "voluntary" surrender of more than 700,000 drug sellers and consumers while vowing to wipe the last trace of the drug menace.

In examining a century of drug policies around the world, Georgetown University adjunct associate professor William B. McAllister warned governments against adopting a "zero tolerance" goal in their drug control strategies not because it is not laudable.

"But because it unrealistic by all historical standards of human behavior," McAllister writes in London School of Economics' series of reports on drug policies endorsed by five Nobel-prize winning economists.

McAllister said a way to define realistic success in drug policy is to set targets for use and abuse.

Such numerical targets are unheard of in Duterte's rhetoric.

"Imagine for example, that a particular country suffered a 10-percent heroin addiction rate among its population. A goal could be set to reduce to, say, 5 percent," he wrote.

"Programs could be implemented to achieve the target rate, and then to maintain the 'floor' percentage so that it did not rise."

But such numerical targets are unheard of in Duterte's rhetoric. (He did say once though that he would kill 100,000 criminals in his first six months in office). Several times, he pledged not to end the war or lift the state of emergency before the last criminal personality has fallen, while viewing human rights concerns a nuisance. Rather than being dismissed as illusory and crude, his statements are often seen as brave, practical goal-setting.

Curato said Duterte's campaign might be succeeding after all if the direction issued is to attack the trade from below through violence.

"If you base it on that level and [the policy is] very clear [in] saying that violence is very much part of it then yes, we are succeeding. But the broader question is, is that the policy that we really want to take?" she said.

Felbab-Brown, meanwhile, finds Duterte's directive as self-defeating, and can even induce survival of the fittest among drug offenders.

"Dealers who remain on the streets will only be those who can either violently oppose law enforcement and vigilante groups or bribe their way to the highest power," she said.

"By eliminating low-level, mostly non-violent dealers, Duterte is paradoxically and counterproductively setting up a situation where more organized and powerful drug traffickers and distribution will emerge."

The very premise of a "war on drugs," for Collins, ignores the fact that drugs could not be completely rooted out, although their effects on society could be minimized.

"[A drug war] is the equivalent of using a sledgehammer to conduct surgery," he said.

- Nicole Curato Sociologist, Institute for Governance and Policy Analysis

Even the mass surrender of 700,000 so far does not indicate victory.

Police chief Dela Rosa aims to have 1.8 million drug users surrender to authorities. Following official estimates, this means enforcers want 100 percent of all drug users listed down and monitored, if they are not killed first.

"This is like saying a violent war on poverty has been 'successful' because thousands of poor people had 'surrendered'. Now what? There is no treatment infrastructure in place," he said.

He suggests that resources be channeled to more productive programs such as health interventions since drugs are primarily a "public health problem."

Felbab-Brown also said no war, even if sustained for a number of years, has successfully lowered the supply of drugs. Instead, she suggests a number of more effective policies for the Philippines without resorting to a witch hunt and letting the bodies pile up.

Vanda Felbab Brown, expert at Booking Institution

"The right objective should be to minimize violence in criminal markets and maximize public health. For both of those objectives, the war on drugs in the Philippines unleashed by Duterte is not only ineffective but outright counterproductive," Felbab-Brown said.

University of Maryland professor Peter Reuter, a top analyst on illegal markets, told the BBC last year that illegal drugs are a problem that can't be solved, but should instead be managed.

"Choose your problem. There is no solution. Use of psychoactive drugs is a social problem like a whole lot of other social problems. We manage it. And we may manage it better or worse, but the notion that we solve a problem is simplistic," he said.

If there is a consensus among drug policy experts, it is that the existence of a drug market only points to larger, more serious concerns that gave rise to narcotics trade and abuse in the first place. Among these are poverty, poor public health systems and weak rule of law.

The paradox is that the means used to confront the drug menace in the past decades, most recently in the Philippines, usually involve human rights violations that, experts say, further corrode rule of law and vilification of drug users who are mostly poor, underemployed or sick. Its long-term effects, looking at experience of other countries, involve worsening of the very troubles drugs are feared to create.

A national household survey by the Dangerous Drugs Board in 2008 found that more than a third of drug users in the country were unemployed. While that might not seem striking, the unemployment rate then was at 7.3 percent, indicating that drug users are a lot more likely to be jobless.

The mass killings in the Philippines will not dry up demand for drugs.

Duterte himself responded to critics who complained that only the small fry have been subjected to police efforts. The rich, he said, use less potent heroin and cocaine, while the poor take meth or "shabu" that could potentially reduce them to a bestial state.

"There are many poor people (arrested and killed) because they are an easy target," Duterte said.

Collins said Duterte's current strategy "will not work on its own merits, since it is entirely unscientific or public health based."

He said already overflowing prisons will be more packed while camps without treatment facilities will be put up to intern those who surrendered. These can lead to more problems.

"The health and welfare conditions in these facilities will go from bad to worse. Disease will spread. Drug markets will likely become established within them. And individuals will lose existing ties with their communities. These are the opposite of the conditions needed to help people with drug dependence issues," Collins said.

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John McAfee: Verge (XVG) is the Best Buy; XVG Price …

It appears that Verge currency is ready to take off and possibly join the big leagues after renowned entrepreneur and businessman John McAfee mentioned it in one of his recent Tweets, even going as far as to call it the best buy.

McAfee is a vocal advocate of cryptocurrencies and believes that privacy-centric coins, such as Monero, Zcash and Verge are going to go big in the future as governments scramble to get a grip on cryptocurrency transactions around the globe.

Getting mentioned in the same sentence as Monero and Zcash, and that too from someone like John McAfee, did wonders for Verge, which shot up from 55 Satoshi on December 13 to its current price of around 117 Satoshi.

McAfees recommendation even threw some people off, who may have thought he mentioned it accidentally, instead of other, more popular coins. However, he not only clarified that he was talking about XVG, he went on to call it the best buy.

Verge cryptocurrency may not be as well known as other privacy-centric coins, but its been supported by a very passionate community and their efforts, coupled with recent development progress have started to show results as Verge gains traction.

Verge has a very big year ahead. 2018 is going to be filled with new releases, partnerships and privacy software.

One of the biggest supporters of Verge is XVG Whale, and this October he actually took a trip to see John McAfee and shared his experience on Youtube. His discussion with McAfee about Verge may have also played a major part in getting the famous entrepreneur to recommend the coin.

Last month, however, Verge holders who used the CoinPouch wallet app, received bad news, as the wallet got hacked, and it is still unclear as to whether the users will be able to recover their coins, which at the time were worth 84.5 Bitcoin.

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A Clockwork Greenshirt Introducing the Alt Left …

Several months ago I noticed a guy following me on Twitter with the username, A Clockwork Green. In his bio, he identified as AltLeft, racially aware white. He deactivated his account, and I have no idea what ever happened to him. Shortly before he disappeared though, he had expressed his distaste for a lot of the rhetoric of the AltRight and seemed somewhat disillusioned. I began to wonder how many others there were like him. How many white progressives have begun to reject the politically correct narrative and secretly venture into thought crime circles on the web? Im willing to bet its probably more than you think. Of those that pop the purple pill and make the triphow many see all the boilerplate, post libertarian corporate conservatism, radical traditionalist Christianism, 15th century LARPing, pseuoscientific anti vaccination stuff and wacky conspiracy theories being promoted and decide Fuck this. These people are freaks. Maybe the social justice crowd isnt so bad after all.

Then there are the ones who stick around. Seriously though, who are the AltLeft anyway? Who are we? I would say that the majority are white people who hold a lot of typically leftist views on economics, the environment and some social issues, yet at some point realized the new left had become hostile to any white person even slightly reluctant to act as a scapegoat for everybody elses problems. No self respecting white person would want to be associated with a movement that trashes their heroes, their culture, their history, denies their achievementsa movement which seeks to destroy their civilization and erases their identity. Hell, besides all that, a lot of cultural marxism (or whatever) has become so freaky that most normal white feminists and gays are probably weirded out by it.

My own journey was a bit different. I was mostly a Nixonian sort of republican for much of my young adult life. As an irreligious person living mostly in artsy metropolitan areas, I identified more with the culture of the left, while always privately retaining a racial awareness(which would come out occasionally at peak triggering) and a low tolerance for hippie bullshit. I became disillusioned with unfettered capitalism through real world experiences watching corporations and brands in action, the way they had loyalty to nothing and prioritized profits over absolutely everything: including quality, aesthetic, even peoples lives. The creepy cult-like way they manipulate and motivate people. So at a certain point I began to think of myself more as AltLeft than AltRight.

Terms such as left and right seem obsolete in this day and age. The true divisions are between nationalists and internationalists, as well as pro-whites and anti-whites, identitarians vs multiculturalists etc. What we find though in reality is that these words are deeply ingrained. Anyone who spends time in a political movement with right in the title will soon discover its difficult to divorce it from organized religion, traditionalism and sexual puritanism. What better way to repel certain types and prevent entryism from them than by partially identifying with a label they already dont like? Out of these groups forming, something of a coalition can emerge. The AltLeft exists in that small space where Ralph Nader and Pat Buchanan begin to meet. Its that point in time where Mussolini ditched marxism and moved toward fascism. The question is, can the AltLeft be divorced from political correctness and white ethnomasochism? My guess is that it can, with the help of enough problematic language to scare the cucks away and create a safe space for leftist shitlords to don their greenshirts and appear in full force.

Here is a brief guide, which outlines various political positions of those who might identify as AltLeft. Of course, not all of these will apply to everyone, and some may apply in varying degrees:

Religion Mostly outright atheist or agnostic, occasionally some nominal identification with ancient European religions/mythology. Extremely rationalist, skeptical of supernatural or new agey beliefs, homeopathic medicine and conspiracy theories.

Economics oppose laissez-faire capitalism and excessive consumerism, free trade. Where corporate profit interests run counter to the interests of the nation and the people, regulation is needed. Recognizes benefits of capitalism in generating wealth but also skeptical of market forces which seem just as likely to lead to an Idiocracy styled Brawndo aesthetic than a dwarf planet mining colony. In addition to fostering an environment for dual-loyalties, Transnational laissez-faire capitalism seems to correlate with a population of fatasses: walking advertisements hooked on cheap Walmart junk, garbage entertainment and fast food.Tend to favor mercantilism and soft socialism(Norway without 3rd world immigration)

Prefer fair trade(or free trade only with nations that have similar standards of living and environmental controls) including tariffs, value added tax etc. Some support for soft socialism and state capitalism(but racially conscious.)

Democracy/Government opposes warm body democracy. Prefer some type of confederate. Participation in government selection must be earned in some way, through intelligence testing, civil service and sacrifice to demonstrate concern for the greater interests of the group(think Heinleins Starship Troopers.) Sometimes fascist ideology or national bolshevismoccasionally sympathetic to Soviet communism.

Technology Support for new medical technology, research initiatives, cloning, and space exploration without any of the reflexive anti-whitism, noble savage fetishism or Little House on the Praireactionary longing that dominates much of the traditional left and right.

Race The postmodern left is defined mostly by its ceaseless advocacy of ethnomasochism for ancestral Europeans. It claims to promote egalitarian values but in both net effect and rhetoric has become implicitly anti-white. The AltLeft is for racially aware whites who dont feel like they have anything to apologize for. Culture is a biological expression of race. Genetic average differences in IQ and behavior exist between races. These are observable on a large scale. Many so called left wing values like feminism, tolerance for alternative lifestyles, and sexual freedom are not(at least at the present time) compatible with the third world populations the left currently champions. Support for (most)non-White immigration is counterproductive in the long term if it results in whites becoming a minority. Recognition of the disproportionate number of Jews with tendencies to oppose white people collectively acting in their interests.

Art The AltLeft is more open to different styles of art. Conservatives tend to rail against modern art while often not being able to distinguish between modernism and postmodernism(though they probably would hate both.) The simplest imperfect analogy for modern vs postmodern would be Dr.Evil vs Austin Powers.

Social Issues tolerance for(or indifference to) abortion, birth control, homosexuality and prostitution to varying degrees. Support for eugenics and transhumanism.

Feminism Generally support for 2nd wave feminism, TERFs, etc. Rejects intersectionality for being anti-white and for its advocates being apologists for non-whites, who rape women and commit violence towards women at much higher rates. Intersectional feminism indirectly promotes rape culture by naively importing it under the guise of sticking up for the oppressed.

People in the AltLeft usually accept that there are biological differences between men and women which affect how they interact with one another(beyond social pressures and conditioning.) They have a tendency to be purple pill, agreeing with certain manosphere concepts and rejecting much of the intersectional mens rights movement that blames Western women for most of societys ills.

Foreign policy mostly isolationist or non-interventionist, reject neocolonialism except in space.

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