Mass Incarceration: The New Eugenics?

May 8, 2014|11:30 am

The United States currently has over 2.3 million prisoners incarcerated in federal, state, and local jails around the country. According to an April reportby the Sentencing Project, that number presents a 500 percent increase in incarcerations over the past 40 years. This increase produces "prison overcrowding and fiscal burdens on states to accommodate a rapidly expanding penal system" despite the evidence that incarceration is not working. How did this happen? The culprit is usually identified as the failed policies associated with the War on Drugs. Because blacks are disproportionately swept up in the campaign against drugs, some scholars refer to the results of mass incarceration as the new "The New Jim Crow." While the original intentions may have been well-meaning the long-term consequences may be worse: The War on Drugs may actually be class-based eugenics by another name.

In her groundbreaking book, The New Jim Crow, Michelle Alexander hypothesized that given the similarity between the "law and order" appeals between the creation of Jim Crow Laws and similar appeals in the War on Drugs, and the resultant economic marginalization of felons after release from prison, today's mass incarceration is "The New Jim Crow." The drug war is simply a new way to control the futures of African Americans. As hip hop artist Sho Baraka says, "The war on drugs is the war on us." Does the racialized narrative work?

Based on the most recent government data from the Bureau of Justice Statistics, it is true that drug offenses comprise 51 percent of prison inmate presence and that black males comprise a higher percentage, per capita, of drug prosecutions than any other group. What is even more important, however, is that overall 37 percent of the federal prison population is black, 32 percent is Hispanic, and 28 percent is white. If mass incarceration was simply the New Jim Crow we would expect a greater racial disparity between whites and blacks in prison overall. Moreover, in 1964, at the height of the Jim Crow era, only 34 percent of US prisoners were black while 65 percent were white. Alexander's race narrative is misguided and misses the fact that mass incarceration might be just another historic example of elites using government power to control the country's "degenerates" -- namely, the lower classes -- and to create and control social outcomes that benefit the interests of those in power.

In 1877, a prison reformer by the name of Richard Dugdale noticed that prisons were increasingly populated by a particular group of people -- poor whites and that the offspring of the same group were likely to be criminals as well. After the Civil War, social progressives, relying on scientific inquiry into human nature, raised a class of social science intellectuals who concluded that America needed to deal with her degenerate populations. Matt Wray, in Not Quite White, explains that Dugdale's research and findings launched the eugenics movement in America. The backward citizens who were impeding America's progress were "lazy, lustful, and cunning" and were particularly sexually immoral. The reference was to lower class whites exclusively. Progressive eugenicists, taking action to control "white trash" and the like, launched a campaign to use government coercion to forcibly sterilize lower class whites (and later blacks). Eugenics was considered good for America's social welfare and economic progress. According to Wray, progressives sought "legislative reform campaigns aimed at restricting foreign immigration, mandating state institutionalization of the biologically unfit, and legalizing eugenical involuntary sterilzation." Eugenics was a way protect society from social traits like "pauperism, laziness, promiscuity and licentiousness, inbreeding, nomadism[idleness], and delinquency." Does this sound familiar?

Today's prison population is largely comprised of "lazy, lustful, and cunning" lower class whites, blacks, and Hispanics, whom elites and progressives institutionalize in "correctional" facilities and then nearly permanently control them and their families in a closed ecosystem of government programs, including "reproductive services," while never addressing the core moral issues that sabotage freedom and success. Sentencing someone to prison for one year on a marijuana possession charge, or in the 2011 case of Patrick Carney in Louisiana, sentencing someone to 30 years for selling $25 worth of marijuana is wasting both financial and human capital. Represented by public defenders and often unaware of their legal rights, many of these offenders are manipulated into pleading guilty to charges that high-powered attorneys would get dismissed altogether. To make matters worse, the state of California is under federal investigation for deceptively sterilizing female inmates from 2006 to 2010.

The scandal of today's mass incarceration associated with the War on Drugs is the failed attempt to use the police, lawyers, judges, corrections officers, and social workers to address issues that are profoundly moral in nature. People should be sent to prison because they are dangerous to society not because we are mad at them and want to reform them. Prisons are not churches. Without this preventative moral formation, we set the lower classes up for a lifetime - sometimes, generations - of government control. This softer form of eugenics is worse than Jim Crow.

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This column was originally published in the Acton Institute.

Dr. Anthony Bradley, associate professor of theology at The King's College in New York City and a research fellow at the Acton Institute.

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Mass Incarceration: The New Eugenics?

Motivational Sport Video – GREATNESS is Inside of YOU – Roberto Cyborg Abreu at Grapplers Quest – Video


Motivational Sport Video - GREATNESS is Inside of YOU - Roberto Cyborg Abreu at Grapplers Quest
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Cyborg Beetles Sport Nerve-Gas Sensors

The rival rock stars of nanotechcarbon nanotubes and graphenehave joined forces become a super group of late. They are now being combined to make supercapacitors or just to make the manufacturing process for one of them less arduous.

Now researchers in South Korea have joined them together to create one monolithically integrated flexible electronic device that can be synthesized in a single step and be attached to, among other things, live stag beetles that can be set loose to detect a range of environmental conditions or nerve gas agents.

In research, which was published in the journal Nano Letters (In-situ Synthesis of Carbon Nanotube-Graphite Electronic Devices and Their Integrations onto Surfaces of Live Plants and Insects"), the Korean team developed a method using multiple catalysts to synthesize the all-carbon electronic devices so that they include transistors, electrodes, interconnects, and sensors all together that can fit onto a human fingernail or the back of a beetle.

The design of the device takes advantage of carbon nanotubes semiconducting properties so that they serve as the transistors or the sensors, while the pure conductor properties of graphene allows it to serve as the material for the interconnects.

"The channel part requires semiconducting materials whose resistance can be sensitively controlled by external bias, explained Jang-Ung Park, Assistant Professor at Ulsan National Institute of Science and Technology (UNIST), in an interview for Phys.org. The electrode part needs metallic materials whose resistance is very small with the negligible change by external bias."

The Korean researchers, representing both the UNIST and the Korea Electrotechnology Research Institute, have demonstrated that the fully integrated, all-carbon devices can be attached to a wide variety of surfaces including plants, insects, paper, clothes and human skin. The flexible electronic sensors remain attached to the surfaces by exploiting van der Waal forces, which represent all the attractive or repulsive forces between molecules that are not covalent bonds.

The researchers took the unusual step of applying the flexible sensors to plants and insects to see if the devices could be used to detect very low levels of DMMP vapor (1 ppm), which is used for producing nerve agents such as soma and sarin. Park told Nanoclast that his team's devices performed comparably to current state-of-the-art sensors and showed that the sensors could be used to monitor a variety of environmental conditions, including temperature, humidity, pollution and infections. The devices do not need a battery because the researchers have integrated an antenna onto the devices that can be used to receive power.

"We integrated antennas with our devices," Park said. "Thus, the wireless transportation of power and sensing signals was possible with no battery."

While the researchers initially have just demonstrated that the all-carbon flexible sensors can be used as environmental sensors, they intend to look at how the technology can be adapted for implantable and wearable devices.

"In this paper, we just demonstrated the detection of the nerve gas using the biocompatible devices," Park said. "As our future research, we will develop various sensing systems, including diabetes, pollutions and radioactivity, using the wearable electronic devices."

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Cyborg Beetles Sport Nerve-Gas Sensors

Cyborg Beetles Detect Nerve Gas

The rival rock stars of nanotechcarbon nanotubes and graphenehave joined forces to become a super group of late. They are now being combinedto make supercapacitors or just to make the manufacturing process for one of them less arduous.

Now researchers in South Korea have joined them together to create one monolithically integrated flexible electronic device that can be synthesized in a single step and be attached to, among other things, live stag beetles that can be set loose to detect a range of environmental conditions or nerve gas agents.

In research, which was published in the journal Nano Letters (In-situ Synthesis of Carbon Nanotube-Graphite Electronic Devices and Their Integrations onto Surfaces of Live Plants and Insects"), the Korean team developed a method using multiple catalysts to synthesize the all-carbon electronic devices so that they include transistors, electrodes, interconnects, and sensors all together that can fit onto a human fingernail or the back of a beetle.

The design of the device takes advantage of carbon nanotubes semiconducting properties so that they serve as the transistors or the sensors, while the pure conductor properties of graphene allows it to serve as the material for the interconnects.

"The channel part requires semiconducting materials whose resistance can be sensitively controlled by external bias, explained Jang-Ung Park, Assistant Professor at Ulsan National Institute of Science and Technology (UNIST), in an interview for Phys.org. The electrode part needs metallic materials whose resistance is very small with the negligible change by external bias."

The Korean researchers, representing both the UNIST and the Korea Electrotechnology Research Institute, have demonstrated that the fully integrated, all-carbon devices can be attached to a wide variety of surfaces including plants, insects, paper, clothes, and human skin. The flexible electronic sensors remain attached to the surfaces by exploiting van der Waal forces,which represent all the attractive or repulsive forces between molecules that are not covalent bonds.

The researchers took the unusual step of applying the flexible sensors to plants and insects to see if the devices could be used to detect very low levels of DMMP vapor (1 ppm), which is used for producing nerve agents such as soma and sarin. Park told Nanoclastthat his team's devices performed comparably to current state-of-the-art sensors and showed that the sensors could be used to monitor a variety of environmental conditions, including temperature, humidity, pollution, and infections. The devices do not need a battery because the researchers have integrated an antenna onto the devices that can be used to deliver power to them.

We integrated antennas with our devices," Park said. "Thus, the wireless transportation of power and sensing signals was possible with no battery."

While the researchers initially have just demonstrated that the all-carbon flexible sensors can be used as environmental sensors, they intend to look at how the technology can be adapted for implantable and wearable devices.

In this paper, we just demonstrated the detection of the nerve gas using the biocompatible devices," Park said. "As our future research, we will develop various sensing systems, including diabetes, pollutions and radioactivity, using the wearable electronic devices."

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Cyborg Beetles Detect Nerve Gas

How Can Gases Such as Helium Escape the Earth’s Atmosphere? : Astronomy & the Solar System – Video


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VOVOD vovod + astronomy domine (Pink Floyd cover) (Music Hall, BH – 04-05-2014) – Video


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Show VIVOD (Canad) Music Hall, BH - 04-05-2014 Bandas de abertura - Certo Porcos (BH) + Hatefullmunder (RJ) Filmagem postagem - Edmar Alves Contato - edmaralves1972@ig.com.br.

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Astronomy: The Big Bang (9 of 30) Olbers’ Paradox: Is the Universe Infinite? – Video


Astronomy: The Big Bang (9 of 30) Olbers #39; Paradox: Is the Universe Infinite?
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Celebrate International Astronomy Dayat the Herrett Center

TWIN FALLS In celebration of International Astronomy Day, the Herrett Center for the Arts and Science is holding a full day and night of events.

Activities begin at 11 a.m. Saturday with make and take astronomy projects, coloring pages, solar viewing, and building and launching of water bottle rockets. Admission to the activity center is $1.

The Centennial Observatory will offer safe views of the sun, bright stars and planets from 11 a.m. to 5 p.m., then reopen for a nighttime star party from 8:45 p.m. to midnight, weather permitting. Targets will include Jupiter, Mars, Saturn and the moon. All observatory events are free.

The Faulkner Planetarium will show Astronaut with a live sky tour at 1:30 p.m.; Perfect Little Planet at 2:30 and 4:30 p.m.; Earth, Moon & Sun with a live sky tour at 3:30 p.m.; Sea Monsters at 7 p.m.; and Pink Floyd Dark Side of the Moon at 8 p.m. Admission to the planetarium costs $6 for adults, $5 for seniors and $4 for students.

For more information, contact the Herrett Center at 208-732-6655 or at http://www.csi.edu/herrett.

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Celebrate International Astronomy Dayat the Herrett Center

Bays Mountain marks Astronomy Day with planetarium show, activities

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May 8th, 2014 11:52 pm by Matthew Lane

KINGSPORT Bays Mountain Park is kicking off Astronomy Day with its newest planetarium show "Back to the Moon For Good."

The show debuts at 4 p.m. Friday, with Astronomy Day running Saturday from noon until 10 p.m.

The Bays Mountain Astronomy Club and park officials will celebrate the International Day of Astronomy with free presentations, displays and hands-on activities for the entire public.

"Back to the Moon For Good," narrated by award-winning actor Tim Allen, immerses the viewer in a race to return to the moon 40 years after the historic Apollo landings.

The show takes a look at how a competition among privately funded international teams is ushering in a new era of lunar exploration.

Viewers will also learn about the Moon's resources and discover what humanity's future on the moon might hold.

"Back To The Moon For Good" presents the Google Lunar XPRIZE, and the personal stories of competition and collaboration which it inspires.

The show is immediately followed by a two-part live presentation the first highlighting the moon and its major features while the second utilizes the planetarium's Carl Zeiss ZKP-4 star projector.

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Bays Mountain marks Astronomy Day with planetarium show, activities

Delta College Planetarium celebrating Astronomy Day Saturday, May 10

BAY CITY, MI The Delta College Planetarium and Learning Center in downtown Bay City is inviting community members to turn their eyes to the skies on Saturday, May 10, in celebration of Astronomy Day.

Planetariums, museums, science centers and astronomy clubs all around the world try to have an organized day that helps people get interested in astronomy, said Planetarium Show Specialist William Mitchell. Perhaps you have never had a chance to look at Saturn. This is an opportunity for that.

Astronomy Day is an international event that encourages an interest in the sun, moon, planets and deep-sky objects.

The planetarium, located at 100 Center Ave., is marking the occasion with a variety of shows and activities for both families and individuals of any age with an interest in astronomy.

A double-feature of "Moon" and "Fly Me to the Moon," targeted to a family audience, kicks off the event at 2 p.m.

After the show, attendees can make and launch rockets and, weather permitting, take part in solar observation on the planetariums solar deck using high-powered telescopes.

We have several telescopes that children can use to safely observe sun spots and solar flares assuming that the sky is clear, Mitchell said.

Astronomy Day activities continue at 8 p.m. with another double-feature "Stars" and "Solar Quest."

'Stars' and 'Solar Quest' is all about the powerhouses of the universe: how they are born, how they live and how their lives might end, Mitchell said. 'Solar Quest' is about our star, and how it promotes life and also endangers life here on earth.

Following that presentation, again weather permitting, the planetarium will open the observation deck and its telescopes for night-sky viewing. If the sky is overcast, however, the planetarium will use its theatre to simulate the night sky as it would look over Bay City on a clear night devoid of light pollution.

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Delta College Planetarium celebrating Astronomy Day Saturday, May 10

ASTRO's 11th Annual Advocacy Day Featured Meetings with More Than 150 Members of Congress

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Newswise Fairfax, Va., May 8, 2014During the American Society for Radiation Oncologys (ASTROs) 11th annual Advocacy Day in Washington, D.C. on May 5-6, 2014, more than 75 ASTRO members met with more than 150 congressional members from their 32 home states. Attendees, including radiation oncologists, nurses, administrators and a record of 24 radiation oncology residents, urged Congress to close the self-referral loophole, to stabilize Medicare physician payments, to provide sustainable funding for radiation oncology-specific cancer research, and to preserve and increase funding for additional residency slots in the nations Graduate Medical Education (GME) program.

It is imperative that our nations Medicare infrastructure and resources be judiciously preserved and strengthened. Closing the self-referral loophole, repealing the SGR, and providing increased funding for cancer research and medical residency programs are essential to shoring up our finite resources and investing in the future of cancer care, noted Colleen A.F. Lawton, MD, FASTRO, chair of ASTROs Board of Directors. We are eager to work with leaders in Washington to ensure that meaningful reforms are achieved so that we can continue to provide high-quality, safe, life-saving radiation therapy to more than one million cancer patients each year.

ASTRO is concerned that the in-office ancillary services (IOAS) exception loophole in current federal self-referral laws is compromising patient care. The physician self-referral law, the Ethics in Patient Referrals Act, prohibits physicians from referring a patient to a medical facility in which he or she has a financial interest to ensure that medical decisions are made in the best interest of the patient without consideration of any financial gain. The IOAS exception currently allows physicians to refer patients for radiation oncology treatments and certain other services in which they have a financial interest. Numerous independent reports and studies, from the Government Accountability Office (GAO), the Simpson-Bowles Project and a landmark study in The New England Journal of Medicine, have confirmed that abuse of the IOAS exception has led to increased costs to patients and Medicare, as well as inappropriate use of diagnostic and therapeutic services. Often, the patient is not aware that their physician has a financial interest in which treatment they choose. Reps. Jackie Speier (D-Calif.) and Jim McDermott (D-Wash.) introduced the Promoting Integrity in Medicare Act of 2013 (H.R. 2914), which would close the IOAS loophole and limit its use to integrated and truly collaborative multi-specialty group practices.

Recent estimates from the Congressional Budget Office and President Obama predict substantial savings of $3.4 billion and $6.1 billion respectively, by closing the IOAS exception for anatomic pathology, advanced imaging, physical therapy and radiation therapy. These significant savings produced by closing the IOAS loophole should be allocated to offset the costs of repealing and/or permanently fixing the sustainable growth rate (SGR) formula for physician payments.

ASTRO supports efforts to develop a Medicare payment system driven by quality, rather than volume, as in the current fee-for-service structure, in order to stabilize and strengthen the Medicare program. The SGR formula has been patched and re-patched 16 times with short-term doc fixes since 2003. With the development of new alternative payment models and permanent repeal of the SGR, patients will benefit from a more stable health care environment that is able to focus on quality of care.

The development and use of new and emerging technologies and treatments are achieved through vital research and clinical trials. Federal funding of radiation oncology-specific research through the National Institutes of Health (NIH) was less than 1 percent of the total NIH budget for Fiscal Years 2010 and 2011, and a little more than 4 percent of the National Cancer Institutes (NCIs) budget was devoted to radiation oncology-specific projects. NCI has also experienced a more than $450 million decrease in funding in the FY 2014 NIH budget, which will reduce the allowance of patient enrollment in clinical trials by 30 percent in FY 2014. Decreased patient enrollment in clinical trials will impact the progress of ongoing trials and decrease the number of clinical trials, and ultimately slow the development of new cures. Sustainable and predictable funding for cancer research, with increased allocation for radiation oncology, is essential in our fight against cancer in order to continue the advancement of treatment and the quest for a cure.

The nations GME program supports graduated medical students progress to become competent practitioners in medicine, including radiation oncology, and provides for the physicians needed to address the nations physician workforce needs. The Association of American Medical Colleges projects a shortage of 91,500 physicians by 2020, which will grow to 130,600 by 2025. The federal government contributes approximately $10 billion in Medicare funds to help support GME annually, which provides the majority of funding to the approximately 115,000 physicians currently in the more than 1,000 residency programs. The Presidents FY 2015 budget proposes to decrease funding for the GME program by $14.6 billion over 10 years. Reduced funding for GME will significantly impact many hospitals and academic programs ability to provide GME, thus directly decreasing the number of physicians. Preserving critical GME funding for existing programs and increasing the number of Medicare-supported training positions for medical residents are vital investments in supporting our next generation of physicians who will care for millions of cancer patients nationwide.

ABOUT ASTRO ASTRO is the premier radiation oncology society in the world, with more than 10,000 members who are physicians, nurses, biologists, physicists, radiation therapists, dosimetrists and other health care professionals that specialize in treating patients with radiation therapies. As the leading organization in radiation oncology, the Society is dedicated to improving patient care through professional education and training, support for clinical practice and health policy standards, advancement of science and research, and advocacy. ASTRO publishes two medical journals, International Journal of Radiation Oncology Biology Physics (www.redjournal.org) and Practical Radiation Oncology (www.practicalradonc.org); developed and maintains an extensive patient website, http://www.rtanswers.org; and created the Radiation Oncology Institute (www.roinstitute.org), a non-profit foundation to support research and education efforts around the world that enhance and confirm the critical role of radiation therapy in improving cancer treatment. To learn more about ASTRO, visit http://www.astro.org. ###

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ASTRO's 11th Annual Advocacy Day Featured Meetings with More Than 150 Members of Congress