Genetic engineering – Memory Alpha, the Star Trek Wiki

A portrait of Khan Noonien Singh, a man who was a product of genetic engineering

Genetic engineering, or genetic manipulation was a process in which the DNA of an organism was selectively altered through artificial means. Genetic engineering was often used to produce "custom" organisms, such as for agricultural or medical purposes, as well as to produce biogenic weapons. The most common application of genetic engineering on intelligent beings in the Federation was corrective DNA resequencing for genetic disorders. A far more dubious application of genetic engineering was the genetic enhancement of individuals to produce improved senses, strength, intelligence, etc.

During Earth's 20th century, efforts to produce "superhumans" resulted in the Eugenics Wars. Genetically engineered individuals such as Khan Noonien Singh attempted to seize power. (TOS: "Space Seed")

This would lead to the banning of genetic engineering on Earth by the mid-22nd century, even research which could be used to cure critical illnesses. This ban was implemented because of the general fear of creating more tyrants such as Khan. It was also felt that parents would feel compelled to have their children genetically engineered, especially if "enhanced" individuals were allowed to compete in normal society.

Some, including geneticist Arik Soong, argued that it was simply convenient for humanity to denounce the attempts at genetic "improvement" of humanity, that it was inherently evil because of the Eugenics Wars. He argued that the source of the problem, in fact, wasn't the technology, but humanity's own inability to use it wisely. Imprisoned for, among other crimes, stealing the embryos of a number of Augment children, Soong wrote long treatises on the subject of genetic augmentations and improvements. His works were routinely taken and placed into storage (although his jailers often told him that his work was vaporized). Captain Jonathan Archer expressed his hope to Soong that research into genetic engineering that could cure life-threatening diseases would someday be resumed. (ENT: "Borderland", "The Augments")

Others, however, chose to establish isolated colonies, as became the case with the Genome colony on Moab IV, which was established in 2168. It became a notable and successful example of Human genetic engineering in which every individual was genetically tailored from birth to perform a specific role in society. However, after a five-day visit by the USS Enterprise-D when the ship came to the colony in an effort to save it from an approaching neutron star which, eventually, the craft was able to effectively redirect twenty-three colonists left the colony aboard the craft, possibly causing significant damage to the structure of their society. The reason for the societal split was that those who left the colony had realized their organized, pre-planned world had certain limitations, lacking opportunities to grow that were offered by the Enterprise. (TNG: "The Masterpiece Society")

By the 24th century, the United Federation of Planets allowed limited use of genetic engineering to correct existing genetically related medical conditions. Persons known to be genetically enhanced, however, were not allowed to serve in Starfleet, and were especially banned from practicing medicine. (TNG: "Genesis", DS9: "Doctor Bashir, I Presume")

Nevertheless, some parents attempted to secretly have their children genetically modified. (DS9: "Doctor Bashir, I Presume") Unfortunately, most of these operations were performed by unqualified physicians, resulting in severe psychological problems in the children due to their enhancements being only partially successful, such as a patient's senses being enhanced while their ability to process the resulting data remained at a Human norm. (DS9: "Statistical Probabilities")

In some cases, genetic engineering can be permitted to be performed in utero when dealing with a developing fetus to correct any potential genetic defects that could handicap the child as they grew up. Chakotay's family history included a defective gene that made those who possessed it prone to hallucinations, the gene afflicting his grandfather in Chakotay's youth, although the gene was suppressed in Chakotay himself. (VOY: "The Fight") In 2377, The Doctor performed prenatal genetic modification on Miral Paris to correct a spinal deviation, a congenital defect that tends to run in Klingon families; Miral's mother had undergone surgery to correct the defect in herself at a young age. (VOY: "Lineage")

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UCF College of Medicine

Published: 09/08/2015

A College of Medicine research team is investigating whether pig kidneys can be used to grow new human organs for patients suffering from kidney failure or diabetes. The team is... Read More

Published: 09/08/2015

The Burnett School of Biomedical Sciences has four new faculty members who, in addition to their teaching expertise, conduct research in areas ranging from the influenza virus to inflammatory pathways... Read More

Published: 09/08/2015

Dr. Griffith Parks, director of the Burnett School of Biomedical Sciences and an expert on viruses, spoke recently on Growing Bolder radio about the importance of vaccines in protecting the... Read More

Published: 09/08/2015

Dr. David Weinstein, a specialist in medical dermatology and Mohs Surgery for the treatment of skin cancer, has joined UCF Health, the College of Medicine practice. Born in the Orlando... Read More

Published: 08/31/2015

College of Medicine faculty physicians trained their colleagues on identifying and treating concussions and using electronic health records to keep their senior patients healthier at recent statewide conferences in Orlando.... Read More

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UCF College of Medicine

Map of Liberty NC | Liberty North Carolina | MapQuest.com

Liberty is a town in Randolph County, North Carolina, United States. Originally named Liberty Oak, the town was founded in 1809 near the plantation of John Leak (according to: The Town of Liberty). The first church within the town was the Liberty Christian Church (now the United Church of Christ) founded on October 11, 1884. The town's first school, the Liberty Academy, was founded on May 6, 1885 as a charter school and helped to foster the town's early reputation as a place of higher learning. Liberty is home to the mother church of the Southern Baptist Religion (Sandy Creek Baptist Church), World Skeet Shoot Champion Craig Kirkman, and is the birthplace of professional baseball player Joe Frazier. Liberty is also home to The Liberty Antiques Festival a world famous antiques' show that draws such famous faces as Julia Roberts and other Hollywood celebrities. Also The Liberty Showcase who has had many famous Nashville recording stars such as Ronnie McDowell, Lorrie Morgan, Gene Watson, Exile, and many more. The movies "Killers Three" (1968) and "Children of the Corn II: The Final Sacrifice" (1992) were filmed in Liberty and the surrounding areas.

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Map of Liberty NC | Liberty North Carolina | MapQuest.com

Brunswick Islands – North Carolina Travel & Tourism

The North Carolina Golf Panel annually ranks the states top courses to help guide your choices when you come here to test your skills.

From the Outer Banks through the Brunswick Islands, tours, museums and historic sites reveal North Carolinas pirate history.

Renowned designers have carefully carved courses along the water, dunes, marshlands and maritime forests of coastal North Carolina.

One of the great things about vacation is the opportunity to sleep in. Luckily, these restaurants serve full breakfast menus late in the day.

Some of historys most infamous pirates lived and died on our waters, others buried treasure here, but they all left their mark on our history.

Film lovers can return to the scenes of Iron Man 3 action in Wilmington, Raleigh, Rose Hill and more local spots where the movie was filmed.

Whether youre swimming or surfing, taking strolls in the sand or laying out to catch some sun, we want your time at the beach to be as safe as it is fun.

Test your driving distance when you take on two of the worlds longest golf holes one in the Brunswick Islands and one in Black Mountain.

Sweeping views of vibrant fields of grapes, rolling hills, and cool, darkly lit wine cellars combine to make a wedding day truly special.

North Carolina is packed with adventures, so start exploring early. Youll find perfect sunrise views at these spots, from beaches to mountaintops.

North Carolinas 20-plus ferries have been a convenient and enjoyable way to travel the state's coastline since the mid-1920s.

In North Carolina during Fourth of July weekend and beyond youll find beautiful backdrops for fireworks above our mountains, cityscapes and beaches.

Though long ago lighthouses protected adventurers from our treacherous coastline, today they offer some of the most incredible views youll see.

The Brunswick Islands are the ideal place for a family vacation that includes golf, with more than 30 top-rated courses ready to welcome you.

Follow the footsteps of the Safe Haven movie cast and crew and explore the sites where the movie was filmed in Southport and Wilmington.

Here, water abounds on courses abutting the beach or bounded by marshes and maritime forests, and an ocean breeze is almost ever-present.

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Brunswick Islands - North Carolina Travel & Tourism

Genetic Engineering – Oswego City School District Regents …

Vocabulary: selective breeding, recombinant DNA, artificial selection, inbreeding, hybridization, genetic engineering, restriction enzyme, cloning, genetic mapping, Human Genome Project

Genetic Engineering Throughout recorded history, humans have used selective breeding and other methods to produce organisms with desirable traits. Our current understanding of genetics and heredity allows for the manipulation of genes and the development of new combinations of traits and new varieties of organisms. This includes various aspects of DNA technology, including recombinant DNA technology. Scientists have also developed many ways of determining the genetic makeup of different organisms, including humans.

Selective Breeding For thousands of years new varieties of cultivated plants and domestic animals have resulted from selective breeding for particular traits. Some selective breeding techniques include artificial selection, where individuals with desirable traits are mated to produce offspring with those traits. A variation of this process traditionally used in agriculture is inbreeding, where the offspring produced by artificial selection are mated with one another to reinforce those desirable traits. Hybridization is a special case of selective breeding. This involves crossing two individuals with different desirable traits to produce offspring with a combination of both desirable traits. An example of this are Santa Gertrudis cattle, which were developed by breeding English shorthorn cattle, which provided for good beef, but lacked heat resistance, with Brahman cattle from India which were highly resistant to heat and humidity. The Santa Gertrudis breed of cattle has excellent beef, and thrives in hot, humid environments.

An Example of Selective Breeding

Brahman cattle: Good resistance to heat but poor beef.

English shorthorn cattle: Good beef but poor heat resistance.

Santa Gertrudis cattle: Formed by crossing Brahman and English shorthorns; has good heat resistance and beef.

Genetic Engineering In recent years new varieties of farm plants and animals have been engineered bymanipulating their genetic instructions to produce new characteristics. This technology is known as genetic engineering or recombinant DNA technology. Different enzymes can be used to cut, copy (clone), and move segments of DNA. An important category of enzyme used to cut a section of a gene and its DNA from an organism is known as a restriction enzyme. When this piece of DNA, which has been cut out of one organism, is placed in another organism, that section of gene will express the characteristics that were expressed by this gene in the organism it was taken from.

An Example of Genetic Engineering

Knowledge of genetics, including genetic engineering, is making possible new fields of health care. Genetic engineering is being used to engineer many new types of more efficient plants and animals, as well as provide chemicals needed for human health care. It may be possible to use aspect of genetic engineering to correct some human health defects. Some examples of chemicals being mass produced by human genes in bacteria include insulin, human growth hormone, and interferon. Substances from genetically engineered organisms have reduced the cost and side effects of replacing missing human body chemicals. While genetic engineering technology has many practical benefits, its use has also raised many legitimate ethical concerns.

Other Genetic Technologies Cloning involves producing a group of genetically identical offspring from the cells of an organism. This technique may greatly increase agricultural productivity. Plants and animals with desirable qualities can be rapidly produced from the cells of a single organism.

Genetic mapping, which is the location of specific genes inside the chromosomes of cells makes it possible to detect, and perhaps in the future correct defective genes that may lead to poor health. The human genome project has involved the mapping of the major genes influencing human traits, thus allowing humans to know the basic framework of their genetic code

Knowledge of genetics is making possible new fields of health care. Genetic mapping in combination with genetic engineering and other genetic technologies may make it possible to correct defective genes that may lead to poor health.

There are many ethical concerns to these advanced genetic technologies, including possible problems associated with the cloning of humans. Another down side to genetic mapping technologies it is possible that some organizations may use this genetic information against individuals.

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Genetic Engineering - Oswego City School District Regents ...

New Jersey Shore – A Guide Serving Jersey Shore Towns

New Jersey Shore (Jersey shore to the natives)

A walk along the beach at sunrise.

A bike ride on the boardwalk.

Sticky buns with your morning coffee.

The best restaurants, unlimited nightlife, bars for every age and every budget.

Party Boats leaving the Marina at 6AM sharp...(Maybe Ill take the afternoon boat.)

The beach house of your dreams just showed up in Real estate for sale.

Bed and breakfasts that serve a real breakfast.

Golf, tennis, camping, State and Federal Parks

Sailing from the local Marina.

Do any words come to mind?

The New Jersey Shore.

Welcome to the New Jersey Shore.

The cute little blue fellow at the right is NewJerseyShore.coms mascot, Darwin the Dolphin. Darwin has been navigating the waters along the New Jersey Shore for more years than hed like to admit he could take you from Sandy Hook to Cape May with his eyes closed and one fin tied behind his back. We like to think of him as our New Jersey Shore Compass.

Navigate the New Jersey Shore from any town's home page by simply clicking on the town name at one of the four points on the compass and let Darwin be your tour guide. He'll show you the best maps, beach badge info, real estate listings, restaurant guides and recreation ideas anywhere on the New Jersey Shore.

The compass above is just an example. Once you enter a town's home page, Darwin will always display the New Jersey Shore town sites as follows:

Try out Darwin on any of our town websites today. Have fun!

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New Jersey Shore - A Guide Serving Jersey Shore Towns

NanoEngineering: Research – MIT – Massachusetts Institute …

Polymers with high thermal conductivity are of great interest in thermal management systems. Availability of these polymers can expand the plastics industry by partially replacing metals and ceramics in heat transfer devices and systems leading to energy and cost savings. However, bulk polymers usually have low thermal conductivity, ~0.1 - 0.3 Wm-1K-1, due to the presence of defects such as polymer chain ends, entanglement, random orientation, voids and impurities, etc. These defects act as stress concentration points and phonon scattering sites for heat transfer. Typical methods such as introducing a secondary high thermal conductive phase in a polymer matrix enhances thermal conductivity but to just one order of magnitude, due to high thermal resistance between the secondary phase and the polymer matrix. Contrary to conventional wisdom, we show that a single polymer chain can have a very high thermal conductivity when it behaves like a one-dimensional conductor.

Figure 1: Click to enlarge

Polymers are made up of strong covalent bonds and weak van der Waals forces in intra-chain and inter-chain molecular bonding, respectively. In 1D single chain, the phonon transport is one-dimensional because all of the normal mode wave vectors point in the z direction (i.e. along the chain backbone). Thus, such a single extended polymer chain is likely to have high thermal conductivity by itself due to the orientation and strong covalent bonds. In the 3D bulk crystal structure, where multiple extended chains interact, two phenomena occur; additional modes from the relative vibrations between whole chains and more paths for heat conduction. These modes propagate in the other two dimensions at various angles from the chain backbone and act as an additional phonon-phonon scattering mechanism. These modes have both lower frequencies and group velocities because of the weaker van der Waals stiffness resulting into lower thermal conductivity. In contrary, more paths for heat conduction enhance the thermal conductivity. The interplay between these two effects will determine whether the thermal conductivity will exhibit the increasing or decreasing trend. Using molecular dynamics simulation, we show that the phonon scattering effect of the van der Waals interactions dominates, which gives rise to a 1D-to-3D dimensional crossover in phonon transport from a single chain to a bulk lattice structure1 (Fig. 1). A very high thermal conductivity (> 350 Wm-1K-1), even a divergent one, is possible for a single polyethylene chain2.

Figure 2: Click to enlarge

We fabricated ultra-high molecular weight polyethylene (UHMWPE) nanofibers with thermal conductivity values as high as ~ 104 Wm-1K-1, which is larger than the conductivities of about half of the pure metals3. The high thermal conductivity is attributed to the molecular orientation of polymer chains during ultra-drawing, which improves the fiber quality toward an ideal single-crystal fiber. We utilized a two-stage method; fabricating a fiber at 120 C from UHMWPE gel and drawing it at 90 C under controlled tension. The x-ray diffraction pattern of the fibers shows the strong single-crystal nature of fabricated polyethylene nanofibers. Thermal conductivity of these fibers are measured by a set-up which utilizes a sensitive bi-material AFM cantilever. This set-up can resolve power measurements as low as 0.1 nW and energy measurements down to 0.15 nJ. Furthermore, we provided a theoretical estimate for the thermal conductivity of a polyethylene bulk single crystal based on molecular dynamic simulations using Green-Kubo approach. Our estimated value of 180 65 Wm-1K-1 indicates that it may be possible to improve the thermal conductivity of polyethylene to a range where it is competitive with aluminum (235 Wm-1K-1). We are now developing an approach for fabrication of polyethylene fibers and films with high thermal conductivity.

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NanoEngineering: Research - MIT - Massachusetts Institute ...

Louisiana Premises Liability Law – Irwin Fritchie Urquhart …

On August 4, 2006, Chinita Weber filed a lawsuit against Metropolitan Hospice alleging wrongful death and survival claims on behalf of her aunt, Mary London, who died at the facility in the days following Hurricane Katrina. The hurricane impacted the New Orleans area on August 29, 2005. Ms. Weber asserted that Metropolitan Hospice was negligent in causing her aunts death for two reasons. First, the facility was negligent in failing to evacuate in advance of Hurricane Katrina. Second, the facility was negligent in failing to provide adequate backup electrical power, thereby subjecting her aunt to extreme heat and unsanitary conditions, which she claimed ultimately caused her aunts death.

Metropolitan Hospice filed an exception of no right of action, arguing that the Louisiana statutes governing wrongful death and survival claims did not allow Ms. Weber the right to bring such claims on behalf of her aunt. Louisiana law permits only limited classes of beneficiaries to bring such claims, and a niece does not qualify as such a beneficiary. The trial court granted the exception, but allowed Ms. Weber thirty days to amend her petition to properly state a claim.

Ms. Weber had herself appointed as representative of her aunts succession, and filed an amended petition asserting wrongful death and survival claims as her aunts succession representative. Metropolitan Hospice responded by filing two exceptions: (1) an exception of no right of action arguing that as succession representative, Ms. Weber had no right to assert a wrongful death claim, and (2) an exception of prescription arguing that Ms. Webers survival claim was not timely asserted. The trial court granted both motions, and Ms. Weber appealed.

On appeal, the appellate court affirmed in part and reversed in part the trial courts decision. With regard to the exception of no right of action, the appellate court affirmed the trial courts dismissal of Ms. Webers wrongful death claim because Louisiana law does not allow a succession representative the right to bring a wrongful death claim. Nevertheless, the appellate court noted that a successor representative does have the right to bring a survival claim on behalf of the deceased person. Thus, whether Ms. Weber could continue pursuing the survival claim hinged on whether the appellate court agreed that the survival claim was untimely.

Louisiana law requires that survival claims be filed within one year from the date of the decedents death. While undoubtedly Ms. Weber filed her original 2006 lawsuit within one year of her aunts death, the key issue was whether the filing of her amended complaint in 2011 could relate back to the date that she filed her original lawsuit on August 4, 2006.

In accordance with Louisianas relation back doctrine, four factors determine whether an amended petition that either adds or substitutes a plaintiff can be treated as if it were filed on the date that the original petition was filed. They are: (1) if the amended claim arises out of the same conduct, transaction or occurrence as the original claim, (2) the defendant knew or should have known of the involvement of the new plaintiff, (3) the new and old plaintiffs are sufficiently related so that the new party is not entirely new or unrelated, and (4) the defendant is not prejudiced in preparing its defense. The appellate court determined that Ms. Webers amended lawsuit met these requirements.

The courts analysis did not end there, however. If Ms. Webers claims against Metropolitan Hospice could be considered medical malpractice claims rather than negligence claims, then her claims would still be untimely since Louisiana law requires that medical malpractice claims be filed within three years of the date of the decedents death without exception. Relying on other Louisiana decisions involving similar Katrina-related claims, the appellate court determined that Ms. Webers claims were not, in fact, medical malpractice claims. Accordingly, the court held that Ms. Webers survival claims were timely as her amended complaint related back to the date that she filed her original lawsuit.

Take-Away: In cases where someone has died as a result of the alleged negligence of a premises owner, the owner may be sued for damages sustained by the decedent prior to his death and damages sustained by surviving family members as a result of their loss.

This article was co-authored by Lizzi Richard, an associate at Irwin Fritchie Urquhart & Moore LLC.

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Louisiana Premises Liability Law - Irwin Fritchie Urquhart ...

Astronomy – Mobile Friendly

Learn and research space and astronomy, Geology, Earth Science, science, chemistry, biology, physics, math, electronics, and much more. 101science.comis the internet science PORTAL to more than 20,000 science sites. This site is FREE!

This free astronomy web links page is provided for your personal educational and research purposes.

Don't head out to your dark sky site without checking here for current cloud conditions. You won't be able to see a thing if it is overcast so save yourself a frustrating trip and check here first.

Search 101science.com pages:

THEN: VERY IMPORTANT!! Use you browser's "Find on this page" capability to search for words on a page. Usually Ctrl + F will work.

CURRENT UTC TIME: http://www.time.gov/timezone.cgi?UTC/s/0/java

UTC to LOCAL Time Converter

Converter Chart (Feel free to print a copy out for your personal use.)

What is Universal Coordinated Time - UTC?

Converting Coordinated Universal Time to (winter) U.S Local Time

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GENERAL ASTRONOMY TOPICS

Astrometry.net: http://astrometry.net/

Sloan Digital Sky Survey - http://cas.sdss.org/dr2/en/ This website presents data from the Sloan Digital Sky Survey, a project to make a map of a large part of the universe. We would like to show you the beauty of the universe, and share with you our excitement as we build the largest map in the history of the world.

AstroWeb Links: http://cdsweb.u-strasbg.fr/astroweb.html

Below you can learn all you need to know about the Earth and Universe.

1. SPACE 2. NASA 3. SHUTTLE 4. UNIVERSE 5. ASTRONOMY 6. MAPS

ScienceIQ

(ScienceIQ.com) Delivers fascinating and engaging science facts daily to your email, and offers an extensive science facts online archive. Topics are diverse and range from the human mind to nanotechnology, and from basic scientific concepts to the latest discoveries.

First Person A video series profiling JPLers and their work. + View video in RealPlayer Senior robotics engineer Dr. Edward Tunstel describes how rovers are developed and tested on Earth and how the current Mars rovers, Spirit and Opportunity, are put to work on the red planet. Please visit the Mars Exploration Rover site for more rover information.

Courtesy JPL/NASA

Best general astronomy book for amateur astronomers and those wanting an easy to read description and understanding of astronomy.

Best in-depth introduction to astrophysics book below. Requires some math abilities to fully appreciate.

FORMULAS

Astronomy Formulas by James Q. Jacobs Astronomy Formulas II, By James Q. Jacobs Yahoo! Directory Astronomical Calendars > Formulas and Constants SCI.SPACE FAQ No. 04 - space/math Graham Pattison's CCD Astronomy - Telescope Formula's Astronomy Formulas Definition of Astronomy - wordIQ Dictionary & Encyclopedia [DOC] FORMULAS FOR ASTRONOMY

[DOC] FORMULAS FOR ASTRONOMY

EARTH'S SOLAR SYSTEM

Calculate distances (REAL TIME) between solar system planets and the sun. Click HERE. Solar System Live

Solar System Running Dynamics - Orbital data (java). Click Here

Interactive Java Solar System Model with data. Click HERE

Solar X-rays: Geomagnetic Field:

From http://www.n3kl.org/sun/

Link to current sun image at high resolution. http://umbra.nascom.nasa.gov/eit/images/latest_eit_304_full.gif

SUN STORMS - The Movie!! - HERE

About the Sun by the High Altitude Observatory (a good website for beginners)

Sunblock '99 Edinburgh International Science Festival. Take some tours to explore various aspects of the Sun. Middle School Level.

Boundless Universe - What's the Sun

Yohkoh Public Outreach Page Tour of the Sun- Surfing for Sunbeams! (Lockheed). Also see Yohkoh below.

Curious About Astronomy? The Sun Cornell University.

SOHO Explore Page More about SOHO on the Solar Missions Page.

Why the Sun Shines by Wesley Colley, September 25, 1997, Suite101.Com

How the Sun Shines Nobel Prize website article.

Here Comes the Sun BBC Weather Centre Online

Here Comes the Sun Plymouth State College Weather Center

Information about the Sun Astrocappella

Astronomy in Motion: The Sun (grade school level)

The Sun Athena, Earth and Space Science for K-12

See Time & Navigation. The Sun Peoria Astronomical Society

The Sun Curtin University of Technology (Perth, Australia) (At a high school level.)

Listening to the Sun Australian Broadcasting Corp. Solar radio observing in 1952.

Pulse of The Planet, January 2000 - Sounds of the Sun

Solar Max 2000.com - Presented By the Exploratorium

Sunspots- The Exploratorium's Guide to Sunspots

Sunspots and the Solar Cycle NASA sponsored website.

The Sunspot Cycle Mount Wilson Observatory

Sunspots and the Solar Maximum NASA Earth Observatory website.

Sunspot Index Data Center Royal Observatory of Belgium.

ASTRO 201 General Topics (Cornell Univ. course), Structure and Evolution of Star:

Nick Strobel's Astronomy Lecture Notes

Astronomy 162: Stars, Galaxies, and Cosmology Univ. of Tennessee

ASTR1120-002 General Astronomy II: Stars & Galaxies Course notes by Richard McCray @ Univ. of Colorado:

ASTR 103 - Astronomy Supplement Text Contents George Mason University

The Sun: An Introduction to Magneto Hydrodynamics (MHD) St Andrews University (UK) Notes for an advanced undergraduate course. The Introduction section has a nice overview of our knowledge of the Sun.

UCSB Astrophysics Web SunSpots Interactive Lab the UC Santa Barbara Interactive Astrophysics Arcade

A Virtual Tour of the Sun

Layers of the sun Plasmas - the 4th State of Matter

Scientific American: Ask the Experts: Astronomy:

by Leon Golub and Jay M. Pasachoff. May 2001. Harvard University Press.

Gunther Groenez's Solar Observing and Astrophotography An amateur solar observer in Belgium with his work and many useful links.

Tony Smith:

Beginner's Radio Propagation Primer AE4RV A.R.T.S. Club Technet

Solar Oscillations Investigations (Stanford)

Helioseismology:

The Sun, The Solar Wind, and The Corona SPARTAN

The Solar Wind The Exploration of the Earth's Magnetosphere

Solar Flare Tutorial NASA GSFC Laboratory for Astronomy and Solar Physics

Overview of Solar Flares High Energy Solar Spectroscopic Imager (HESSI)

National Solar Observatory / Sacramento Peak

Cosmic and Heliospheric Learning Center associated with the ACE spacecraft:

BASS 2000 - French solar data base Includes images and solar spectrum data.

Space Weather.Com NASA

Lycos Link Directory- Science - Astronomy - Solar Astronomy

The Solar Neutrino Problem

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Astronomy - Mobile Friendly

Planets – Zoom Astronomy – ENCHANTED LEARNING

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EnchantedLearning.com is a user-supported site. As a bonus, site members have access to a banner-ad-free version of the site, with print-friendly pages. Click here to learn more.

Our solar system consists of the sun, eight planets, moons, many dwarf planets (or plutoids), an asteroid belt, comets, meteors, and others. The sun is the center of our solar system; the planets, their moons, a belt of asteroids, comets, and other rocks and gas orbit the sun.

The eight planets that orbit the sun are (in order from the sun): Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune. Another large body is Pluto, now classified as a dwarf planet or plutoid. A belt of asteroids (minor planets made of rock and metal) lies between Mars and Jupiter. These objects all orbit the sun in roughly circular orbits that lie in the same plane, the ecliptic (Pluto is an exception; it has an elliptical orbit tilted over 17 from the ecliptic).

Easy ways to remember the order of the planets (plus Pluto) are the mnemonics: "My Very Excellent Mother Just Sent Us Nine Pizzas" and "My Very Easy Method Just Simplifies Us Naming Planets" The first letter of each of these words represents a planet - in the correct order.

The Inner Planets vs. the Outer Planets The inner planets (those planets that orbit close to the sun) are quite different from the outer planets (those planets that orbit far from the sun).

Density of the Planets The outer, gaseous planets are much less dense than the inner, rocky planets.

The Earth is the densest planet. Saturn is the least dense planet; it would float on water.

The Mass of the Planets Jupiter is by far the most massive planet; Saturn trails it. Uranus, Neptune, Earth, Venus, Mars, and Pluto are orders of magnitude less massive.

Gravitational Forces on the Planets The planet with the strongest gravitational attraction at its surface is Jupiter. Although Saturn, Uranus, and Neptune are also very massive planets, their gravitational forces are about the same as Earth. This is because the gravitational force a planet exerts upon an object at the planet's surface is proportional to its mass and to the inverse of the planet's radius squared.

A Day on Each of the Planets A day is the length of time that it takes a planet to rotate on its axis (360). A day on Earth takes almost 24 hours.

The planet with the longest day is Venus; a day on Venus takes 243 Earth days. (A day on Venus is longer than its year; a year on Venus takes only 224.7 Earth days).

The planet with the shortest day is Jupiter; a day on Jupiter only takes 9.8 Earth hours! When you observe Jupiter from Earth, you can see some of its features change.

The Average Orbital Speed of the Planets As the planets orbit the Sun, they travel at different speeds. Each planet speeds up when it is nearer the Sun and travels more slowly when it is far from the Sun (this is Kepler's Second Law of Planetary Motion).

The Planets in Our Solar System

Another Planet? In 2005, a large object beyond Pluto was observed in the Kuiper belt.

A few astronomers think that there might be another planet or companion star orbiting the Sun far beyond the orbit of Pluto. This distant planet/companion star may or may not exist. The hypothesized origin of this hypothetical object is that a celestial object, perhaps a hard-to-detect cool, brown dwarf star (called Nemesis), was captured by the Sun's gravitational field. This planet is hypothesized to exist because of the unexplained clumping of some long-period comet's orbits. The orbits of these far-reaching comets seem to be affected by the gravitational pull of a distant, Sun-orbiting object.

Planet Activities and Quizzes Planet Coloring pages

An interactive puzzle on the Solar System.

Find It!, a quiz on the planets.

A fill-in-the-blank (cloze) activity on the Solar System - or go to the answers.

Solar System Model to make.

Solar System calendar to print out and color.

Solar System Crafts

How to write a report on a planet - plus a rubric.

Astronomy: K-3 Theme Page

The Planets A Book With Tabs

The Solar System Book

Solar System Diagram

Earth's Atmosphere

Earth Diagram

Celsius Bar Graph Questions #2: Printable Worksheet

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Planets - Zoom Astronomy - ENCHANTED LEARNING

Astronomy at MIT

Although MIT does not have a formal Astronomy Department, undergraduate academic programs in astronomy at MIT reside both in the Department of Physics (astrophysics) and the Department of Earth, Atmospheric, and Planetary Sciences (planetary astronomy), which offer a variety of courses in astronomy and astrophysics. An undergraduate choosing Physics as a major can pursue the study of astronomy in either the Flexible or Focused option. To study astronomy when majoring in the Department of Earth, Atmospheric, and Planetary Sciences, one would choose the Planetary Science option. An astronomy minor is jointly offered by both departments, and undergraduates can participate in research under the auspices of MIT's Undergraduate Research Opportunities Program (UROP).

Prospective graduate students in astronomy have the same choice: those with particular interest in planetary astronomy should apply to the Department of Earth, Atmospheric, and Planetary Sciences, and those interested in other areas of astronomy should apply to the Department of Physics. A variety of graduate courses are offered by both departments. Graduate work in exoplanets can be pursued in either department.

MIT operates two observatories, both located in Westford Massachusetts: (1) the George R. Wallace Jr. Astrophysical Observatory, which is devoted to undergraduate teaching and research that can be accomplished with small telescopes and (2) the Haystack Observatory, which is an interdisciplinary research center focused on radio astronomy, geodesy, and atmospheric science. MIT is also a 10% partner in the two Magellan optical telescopes at Las Campanas Observatory, which is a two-hour drive north of La Serena, Chile.

Research in astronomy by members of the Physics faculty is carried out in the MIT Kavli Institute for Astrophysics and Space Research, while astronomy research by members of the Earth, Atmospheric, and Planetary Sciences faculty is carried out in one of several laboratories: the Planetary Astronomy Laboratory, the MIT-NASA IRTF Remote Observing Laboratory, the Planetary Dynamics Laboratory, and the MIT Exoplanet Institute.

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Astronomy at MIT

What is Astronomy? (with pictures) – wiseGEEK

Astronomy is the study of celestial objects, phenomena, and origins. One of the oldest sciences, astronomy has been practiced since prehistoric times. Modern astronomy depends highly on accepted physical theories, such as Newton's Laws of Motion and general relativity. In the past, astronomy was something anyone could do, and many seers and sages made reputations for themselves by using the stars for useful functions, such as telling what time of the year it is, or navigating the seas. Columbus and his contemporaries used the stars to navigate across the Atlantic ocean.

It wasn't until the Renaissance that the theory of heliocentricity in astronomy, the idea that the Earth orbits the Sun rather than vice versa, began to acquire popular currency. Reflecting telescopes were invented in the early 1600s, and Galileo Galilei used them to take detailed observations of our Moon, which he revealed was mountainous, and observe Jupiter's four largest moons, now named the Galilean moons in his honor. Newton improved on Galileo's design, inventing the reflecting telescope, which is still used in optical telescopes to this day.

IN 1781, Sir William Herschel discovered the planet Uranus. In 1838, parallax the slight difference in stellar position due to Earth's location in its orbit was used to precisely determine the distance of stars. Neptune was discovered shortly thereafter. Pluto was discovered only as recently as 1930.

Modern astronomy is very complicated and expensive. Instead of only observing light rays, we observe radar, infrared, x-rays, and even cosmic rays. Orbital observatories such as the Hubble Space Telescope have produced the best images, include extremely high-resolution photographs of other galaxies.

In the mid-20th century, it was discovered that the universe was expanding. This, along with other evidence, led to the theory of the Big Bang, that the entire universe began as a point particle of extreme density. Later observations of the cosmic microwave background confirmed this, and the Big Bang continues as the primary theory of cosmological origins to this day.

The future of astronomy lies in the development of new observational technologies. One of interest is interferometry, sometimes called "hypertelescopes," which use a network of telescopes working cooperatively to resolve images. These could develop to the point where we can observe extrasolar planets with telescopes directly, instead of just detecting them from their gravitational signature.

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Buy My Stuff Keep Bad Astronomy close to your heart, and help make me filthy rich. Hey, it's either this or one of those really irritating PayPal donation buttons here.

I feel obliged to right these wrongs when I can. The Bad Astronomy web pages are devoted to airing out myths and misconceptions in astronomy and related topics. At the moment, I have no desire to tackle here such thorny topics as astrology, alternate views of the universe that are clearly in contradiction to observations, and the like. I may add something like that eventually, when I have more time (translation: "never").

But enough from me. Mark Twain said it best:

"In the space of one hundred and seventy-six years the Lower Mississippi has shortened itself two hundred and forty-two miles. Therefore ... in the Old Oolitic Silurian Period the Lower Mississippi River was upward of one million three hundred thousand miles long... seven hundred and forty-two years from now the Lower Mississippi will be only a mile and three-quarters long... There is something fascinating about science. One gets such wholesale returns of conjecture out of such a trifling investment of fact."

2008 Phil Plait. All Rights Reserved.

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Ephemerisle: The First Step in Seasteading or Just a Party?

Aug 7, 2015 9,158 views

Ephemerisle 2009, (photo: Liz Henry)

About a hundred miles east of the Pacific Coast, the San Joaquin River and the Sacramento River collide with the east side of the San Francisco Bay. The result is a sprawling delta, as socially and politically fraught as it is beautiful. Dragonflies mate in its marshes, children wade, and vacationers fish, carefully avoiding the 800-foot cargo ships that slice like metal icebergs down deep-water channels from the bay. 40 miles northeast, in Sacramento, Californias congress hotly debates how to ration the states diminishing supply of fresh water.

Once every summer, for one week, the Delta gets even more surreal. A couple hundred people, many of them members of the San Francisco tech community, float a bunch of boats into one of the more spacious coves, drop anchor, and lash their craft together into islands. There, they form an ad hoc, quasi-techno-utopian society.

This is Ephemerisle: the strangest, most anarchic, boisterous and buoyant party-cum-libertarian-social-experiment on earth.The festival was started by people with the ultimate goal of floating free from California and its turmoil, from the United States and its economic regulations, and getting away from it all, literally.

Step 1 to Colonizing the Open Ocean: Throw a Festival?

Patri Friedman, 2011 (photo: Hannu Makarainen)

Ephemerisle was the brainchild of Patri Friedman, a small-statured software engineer with a dark beard and bright demeanor, grandson to the Nobel-winning economist Milton Friedman. Milton Friedman was a famous advocate of classical liberalism, free markets, and small government. In the early 2000s, his grandson was in a graduate program in computer science at Stanford University, and had some pretty radical ideas about how to put his grandfather's ideas into practice.

I want to live in freedom, he wrote, (by which I mean at least libertarianism, if not anarcho-capitalism). Unfortunately, no such political system is implemented on a significant scale anywhere in the world.

Thus, he concluded: I am interested in helping to create a new libertarian country.

There were, of course, obstacles to this goal. To Patris eye, one in particular stood out: [A]lmost all land is controlled by governments, which tend to be very reluctant to give up sovereignty. Like many before him, Patri looked to the ocean as his frontier.

If youre a certain distance from the coast of any country, youre in international waters. If the vessel youre on is registered under a countrys flag, that countrys laws apply. If the vessel isnt registered, most bets are off (with a few notable exceptions -- laws against piracy still apply, for example). Boats in international waters have been used to circumvent regulations on gambling, surgeries, broadcast bandwidth, and more.

Although its been the ambition of many separatists, nobodys ever been able to establish a sovereign state on the high seas. Of the attempts that have been made, none could have been called successful, (the closest call, the Principality of Sealand, was an old military fort off the coast of the UK, held by the family of a pirate radio DJ since the 1960s. The fort used to be in international waters, but the UK has since extended its territorial waters, technically annexing Sealand.)

Thats becauseseasteading, the establishment of permanent dwellings on the open ocean, ishard.A lot of things we land dwellers take for granted -- not-drowning, charging a laptop, having food to eat today and tomorrow and the next day -- become a lot more challenging on the open ocean. It should be no surprise that many, many people think seasteading is impossible.

Seasteadings proponents say it isnt impossible, it just has a funding problem: existing solutions cost money to implement, and the solutions that dont exist yet cost money to develop. But even they admit its a hell of a funding problem.The funding necessary to launch even the simplest floating city was in the billions, leaving most proposed projects dead in the water, so to speak.

Still of a floating city in "Waterworld" (1995)

Patri dreamed up the festival, Ephemerisle, originally as an answer to that funding problem.

He was inspired by the writings of Wayne Gramlich, an older programmer and aspiring seasteader whose work Patri found online. Instead of planning elaborate floating metropoli, Gramlich proposed seasteading the ocean much like American settlers homesteaded the midwest: one by one, or family by family, on a budget. To this notion, Patri suggested another way to baby-step towards seasteading:

[Previous seasteading] projects all suffered from too much ambition. They attempted to tackle a difficult problem all at once, rather than dividing it into realistically small pieces. Realistically small, for a country, may not merely mean space, it may also mean time.

Patri had already witnessed one temporally limited proto-country: Burning Man, a massive, spectacular, week-long art festival in the desolate Black Rock Desert, Nevada. There, tens of thousands of people camp together in an ad hoc city of art, inclusion and radical self-expression. The feats of engineering, social organization, and creativity that tens of thousands achieve, given one a week in a wasteland chemically incapable of supporting life, inspired Patri. It also struck him as a potentially harnessable force."

Perhaps, Patri thought, he could throw a festival like Burning Man on a temporary seastead in international waters. It could be a raft-up -- attendants could boat out to the event and lash their vehicles together to make a large, artificial island. Because the island would only exist for the duration of the festival, Patri named it Ephemerisle, a portmanteau of ephemeral and isle.

Unlike Burning Man, where participants are still subject to the laws of the United States, Ephemerisle would offer attendants true autonomy from American government. Also unlike Burning Man, which bans cash transactions between participants at the event, Ephemerisle would embrace money and commerce, as a respected feature of society. And also unlike Burning Man, Ephemerisle would be unticketed, free to anybody who could get there.

If people liked the festival enough, Patri thought, they might start staying out there for longer year after year, and invite their friends. It would grow both temporally and in population. For that to happen, the island itself would have to grow, too. Over time, maybe these people would be motivated to solve a lot of seasteadings hard engineering problems, so Ephemerisle could continue to grow. As Patri later explained his thinking:

If there was some difficult but solvable technical problem that those people had to solve that to get Burning Man to a place where they didnt have to pay a large portion of ticket fees, [...] [and] where they didnt have U.S. legal requirements, could that community of [...] amazing builders and creators [...] solve that problem? Hell yes.

That community of inspired enthusiastic people, they could solve a technical problem, no problem. [...] They solve a lot of really tough problems because theyre inspired to do so.

Patri bought ephemerisle.com in 2001, and seasteading.org in 2002 (he has said of Ephemerisle, One third of the reason why I wrote all of this down and put up a website about it is because I really like the name.) For a long time, not much happened. He reached out to and befriended Gramlich, who also happened to live in the Bay Area. In 2002, the two of them floated a few homemade crafts onto Patris pool and called them poolsteads (Might stick a plant or two on top just for fun.)

Then, half a decade later, Patri and Gramlich met Peter Thiel.

The Vision Meets the Money

Seasteading Contest WinnerAndrs Gyrfi's design for a modular seastead

Patri was, and still is, a man of many blogs. He's blogged about everything and anything: seasteading, fatherhood (he has two children), romance, libertarian politics, novels, and nutrition. In 2007, he announced that he and Gramlich were working on a book on seasteading. Eventually, his blogs found their way to the screen of an independently-minded libertarian venture capitalist, bent on funding ideas most sane people thought were crazy.

Enter Peter Thiel. The year is 2008. Thiel was a founder of PayPal, an early investor in Facebook, and a founder of the venture capital firm Founders Fund. Founders Fund specializes in revolutionary technologies, claiming in its manifesto that VC culture's shift to incrementalist investments has held back innovation. We wanted flying cars," they write, "instead we got 140 characters. In 2008, Thiel himself had funded anti-aging research via the Methuselah Foundation, and the Singularity Institute, (which would later become the Machine Intelligence Research Institute: MIRI).

Patri and Gramlich had not made much technical progress on seasteading since 2001, but their thinking on the subject had significantly developed. Patri and Gramlich envisioned a future in which thousands, if not millions, of artificial islands dotted the oceans. Their idea was that archipelagos of these micronations would increase market competition between governmental systems, and lower the cost to an individualleaving a system they didnt like:

Rather than adapting policy to voter preferences, local governments can keep policy constant and allow consumer-citizens to adopt whichever bundle of services best matches their preferences. If consumers can vote with their feet, local government planners do not face the same information deficit as central government planners.

Patri and Gramlich theorized that this competition for citizens would drive up the quality of governing systems, and allow people better and more granular choices. They even suggested the islands could be designed so that individuals who wished to change affiliation could just untie their house and the land it was built on, and float away.

Apparently this vision fell into the category of flying car visions of the future. Thiel, Gramlich, and Patri met, and Thiel invested $500,000 for the partners to found the Seasteading Institute. Thiels eventual total investment in the Seasteading Institute was a reported $1.25 million in 2011.

Poke around the Seasteading Institutes website and youll find 8 Moral Imperatives to make seasteading possible. Whether or not you believe their claims, seasteading -- or at least its rhetoric -- had gone from one mans hearts desire to help start a libertarian country, to a philanthropic cause to save the world via its economies.

It is a way for people to unilaterally bring about change and make the world a better place, Peter Thiel said in 2009 as the keynote speaker at the first Seasteading Conference.

And part of that mission was Ephemerisle.

Although Patri said most of those resources were going towards a top-down approach -- investing in businesses and engineering research -- Ephemerisle remained part of the plan. We see it as a parallel, cheaper, bottom-up option, he said in at the first Seasteading Conference, days before the first Ephemerisle, that reduces our risk by having it in our portfolio. In addition to trying to architect and engineer the worlds first floating countries, the Seasteading Institute started planning a big, floating party.

The Man Who Made Things Float

Chicken John Rinaldi at the first Ephemerisle, 2009 (cropped photo: Christopher Rasch)

Patri is a slick little shit, isnt he? San Francisco artist Chicken John Rinaldi tells us. Swindling millions of dollars for absolutely nothing.

Chicken John is the man who built the first Ephemerisle. When planning the event, Patri asked his friends in the Burning Man community a lot of questions about how to organize a festival. He was also asking people whether they knew anything about boats, about floating platforms, about camping for extended periods on water.

And he kept getting the same answer: Well, I dont know. Call Chicken John! At least, thats what Chicken John says.

Chicken John was a member of the famed Cacophony Society, the artists, street artists, and performance artists who organized the first Burning Man, and the first Santacon. In 2007, he ran for mayor of San Francisco, telling the Chronicle, "The government should be like someone you want to invite to the party, not someone you would call to do your taxes.

Chicken John knew a thing or two about boats, because of a series of collaborations he did from 2006-2009 with street artist Swoon. Swoon makes boats, Chicken John wrote of the projects. Well. She causes boats to be made. Like static electricity causes lightning and thunder.

The premise was simple. Swoon would design towering Winchester mystery structures out of trash and scrap. She and her friends, including Chicken John, would voyage on and live on them for months at a time -- part as art, part as an experiment in communal living, and part just for fun. Chicken John's job was to stick recycled motors on the junk boats, make them go, and make sure they didnt sink.

I knew what I was doing, Im a mechanic, Chicken John tells us, about starting the project in 2006. But I didnt know how anything floated, I had no idea. Nothing. From nowhere.

He learned. They took their first boats down the Mississippi in 2006 and 2007, and another fleet down the Hudson in 2008. Eventually we packed them all in shipping containers, and then floated across the Adriatic Sea, Chicken John says. On that voyage, they took their craft 250 miles from Slovenia to Venice. We crashed the Biennale while Yoko Ono was getting her lifetime achievement award.

One of Swoons Swimming Cities, docked (photo: RJ)

When Patri approached him in 2009, Chicken John might have been the worlds leading expert on the mechanics and perils of doing weird stuff on the water, including living on it. He was also a self-described rich, white Republican, which might have made him seem more culturally approachable to the likes of Patri and Gramlich. Patri commissioned him to build Ephemerisle 1.0s central platform.

I was like, sure, Ill do your project for you, Chicken John says. He says he thought the seasteading aspect of the festival was for fun, or funny, and didnt know the seasteaders were serious when he agreed to work with them. Anybody who says theyre going to build seasteads on the open ocean is an asshole and a swindler. Yeah, sure were gonna build seasteads on the ocean. And then the moon!

When Chicken John joined, Patri had already changed his position on what qualified as a realistically small first version of the festival. They were still going to start small in terms of duration and population -- 100 people, one weekend. But given the state of seasteading technology, and the dearth of practical nautical experience within the institute, (The prototypical seasteader was a nerdy tech entrepreneur, Patri told us), debuting the festival on international waters was deemed too ambitious. The first Ephemerisle had to take place somewhere with calm waters, predictable weather, and easy access.

They chose a spot on the San Joaquin-Sacramento River Delta called Disappointment Slough. It was close to a marina that often rented out houseboats, designed to be lashed together for large parties. Its very common to tie boats together like that, Chicken John says. Its the best way to anchor a bunch of boats close together -- if you anchor them separately, the waves smash them together and you damage the boats.

The boats werent designed for large waves, which is something the Seasteading Institute hoped to figure out in later years, as international waters were still on Ephemerisles roadmap. The secondEphemerisle was to take place on the San Francisco Bay, one year later. After that," he had said, "this is a big step that may take more than one year, wed like to take it to the coast. [...] And then, the ocean.

Ephemerisle 1.0

Ephemerisle 2009 (photo: Christopher Rasch)

The first Ephemerisle was documented in an eight minute video by Jason Sussberg -- at the time a Stanford MFA student in film. About a hundred people showed up on eight houseboats, which they eventually lashed to Chicken Johns platform. There was food, drink, dancing and general revelry. As Reason Magazines Brian Doherty claims in the film, it delivered on its main promise: Theres a central space, 100 people are on it, enjoying themselves, most of the little things are docked to it.

But there was also a lot that went wrong -- things went over budget, and building the island and its platforms took twice the time expected (We have a lot of optimists here, someone observed, as construction that was supposed to be complete Friday morning continued into Saturday.) Merely anchoring a single boat in a current proved more challenging than expected.

The film ends with a shot of Patri on a derelict ship, soberly recapping the weekends lessons. I think I have a better idea now of just how hard [...] the ocean is, he says to the camera. [Water] makes everything more difficult, it makes everything more expensive, it makes everything take longer. I think seasteading is still worth going after in spite of that.

Doherty also brings up a criticism in the film: Im not entirely certain I can see the throughline between this and the end of seasteading goal. Seasteading has to involve economic activity, and this is not that. Youre like building a cult around seasteading! This is great! Were all in this together-

Lonely Islands Im on a Boat! starts playing in the background, and Doherty starts laughing and drops the rest of his sentence. And the dance party has begun! he says, waving a can of PBR at a group of people singing atop a houseboat.

Chicken John at the first Ephemerisle, (still from Jason Sussberg)

All the shots of Chicken John in the 8 minute film are of him working. Theres not a lot of people here that are very salty, he says in one clip, meaning nobody there knew much about being on the water.

They basically spent a bunch of money on a weekend camping trip and it failed miserably, he tells us, of that first year.

According to him the build was even more difficult than the documentary conveys. He had to enlist help from the local marina just to cart his materials out. I thought that Patri and his community would provide me with people to help me out, Chicken John says. And then it was just me. When the weekend was over, seemingly through further mismanagement, he was abandoned at Disappointment Slough:

I had one guy helping me out. And Monday morning that guy was gone. He was gone, his houseboat was gone. They just left me with this giant platform. And, honestly, it was scary. What happened if I dropped my cellphone into the water? There was nobody fucking there.

Chicken John also says he fronted all the money for the platforms, and then had to push the Seasteading Institute to reimburse him. It made me violently ill, he says. If I was 20 instead of 40, I would have beat them to an inch of their fucking lives.

Ephemerisle, Today

The chandelier boat

Six years later, Ephemerisle took place from July 20-26, 2015. In total there were an estimated 500 attendants, and the official event lasted seven days. Many participants were out there for ten, building up and taking down islands.

A 130-foot 1930s research vessel attended, as did a barge carrying a two-story RV covered in LEDs, and another with a DJ booth and a 10x2 grid of speakers. Ferries ran between islands throughout the weekend, some of them imaginative art boats. One was a small dance barge, The Artemiid, with a shade-structure that made it look like a giant nudibranch. By day, it shed and collected swimmers, and its fins rippled in the headwind when riders tugged on certain ropes and levers. Another art boat was a small dinghy, with a chandelier that dangled like an angler fishs lantern. Another art boat was a Delorean chassis modified into a hovercraft.

The Delorean (still from Oceanus)

The event has grown in many of the ways predicted -- its larger, grander, and lasts longer.But, even in its 6th year, Ephemerisle did not take place in the open ocean, nor just off the coast, nor in the bay. It still hasnt made it out of the Delta it started in.

I think the ways Ephemerisle has grown are the easy ones, Patri tells us. "Its still too early to tell whether its on the incremental trajectory to seasteading. Like, in some ways, its been really successful. But it also doesnt look like its developing into autonomous independent communities for a week a year.

The Seasteading Institute never sponsored a second Ephemerisle. Having gone uninsured the first year, they officially cancelled the event in 2010 when they couldnt find insurance less expensive than $300 per participant. The community decided to have a party on the planned weekend anyways, under the name Not-Ephemerisle. They moved it a few miles to a cove called Mandeville Tip, where it is still held today. In 2011, the Seasteading Institute officially handed the event over to the community.

Patri left his position as president of the Seasteading Institute in 2011 to pursue a Free Cities project in Honduras. Hes now back in the Bay Area, working at Google again, and chairman of the Seasteading Institutes board. He says the Seasteading Institute has refocused its efforts solely into more top-down, less speculative ventures.

Over time, weve come to the viewpoint that we want to work with countries, he says. You have to be really big in order to actually start your own country.

But even though the Seasteading Institute is no longer officially involved, its not clear that Ephemerisle is far off-track on the route to seasteading. The road might just be exponentially longer, and much murkier than Patri expected.

The Robert Grey at sunset (still from Oceanus)

One example of possible progress towards seasteading was Project Oceanus. They rented out the Robert Grey, a 130-foot, 1930s research vessel, and hosted daytime talks and night-time dance parties. Project Oceanus is in the process of acquiring 300 foot ship to fix up and turn into a live/work space on the San Francisco Bay. Their plan is, ultimately, to pilot it to the Pacific Garbage Patch and 3D-print the plastic into the foundation for a floating city.

Another example of progress is that, year to year, the community has built up nautical expertise. The Ephemerisle github and wiki are both chock-full of documentation: recaps on what worked and what didnt year to year, diagrams on how to anchor a raft-up, or how to build a platform. Organizers say that theyve been prototyping build designs in calmer parts of the San Francisco Bay during the year, and a Bay-based festival might not be far off.

This year, about 65% of the population of the festival stayed on an archipelago called Elysium. In Elysium, long narrow bridges made out of plywood and inner tubes connected small satellite groups of houseboat islands, and one sailboat island, to other floating platforms: a dance floor, a few platforms designated for lounging or meditation. Such a structure wouldnt even have been conceivable in 2009. When Patri and his partner ferried in this year, this is where they stayed.

Elysium, from above

Elysium is run by Simone Syed and Scott Norman, managing partners at Velorum Capital (they are also a couple). Although Syed does not identify as a seasteader, she was brought to Ephemerisle in 2012 by friends in the community. Syed was horrified by the unsafe conduct of some of the attendants. (This included a young man who freaked out on acid, stripped naked, and sprinted away from the Coast Guard -- first by swimming, and then, when he reached the shore, on foot. This year, Elysium held a race in his honor.) At first, Syed was so upset she resolved never to attend Ephemerisle again.

But the people who come to Ephemerisle are some of the most brilliant people on the planet, Syed says. It would be a travesty if any of these individuals perished in an accident we could have prevented. So she changed her mind, and decided to run her own island the next year, as a safety-first dictatorship:

My friends and I realized we could create our own island nation state, and our own form of governance. The people we wanted to participate with us would buy into those rules. We ended up being the biggest island, the party island, but we had instilled a sense of personal responsibility in each of our crew members.

Part of Patris original vision for Ephemerisle was that, while Burning Man celebrated artistic expression, Ephemerisle would celebrate political expression. Instead of art, people would build their own toy systems of governance -- maybe one boat would merely permit nudity, for example, and another would require it. People could vote with their feet, in a toy way, and hang out at the boat with the best legal system for their immediate needs.

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The Truth About Gingers – YouTube

There are many names for them, but here at SciShow we lovingly refer to them as 'Gingers'. In this episode, Hank explains what gene is responsible for the creation of redheads.

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Sources: http://science.howstuffworks.com/life... http://onlinelibrary.wiley.com/doi/10... http://news.bbc.co.uk/2/hi/science/na... -Neanderthal gingers http://io9.com/5890463/redheads-exper... http://science.howstuffworks.com/scie... http://sciencenordic.com/redheads-fee... http://ghr.nlm.nih.gov/gene/MC1R http://www.livescience.com/26633-redh...

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Moore’s Law: The Life of Gordon Moore, Silicon Valley’s Quiet …

Moores Law is an engaging biography and a definitive account of the man behind the famous prediction. The authors are Arnold Thackray, David C. Brock and Rachel Jones a chemist, a historian and a journalist whose varied expertise makes for an informed, thorough and readable chronicle.... Gordon Moores forecast was spectacularly right. Yet, as this compelling biography proves, even if he had never hazarded it, he would remain a legend in Silicon Valley. Wall Street Journal

Arnold Thackray, David Brock and Rachel Jones transform Moore from a man doing something inscrutable in the margins to a comprehensible, fiercely driven technophile who shaped history from the inside out. Nature

Thackray, Brock, and Jones run through Moores multifaceted life with a refreshing lack of tech talk or science jargon, revealing a man who realized his dreams while maintaining a stable, affirming personal life. Publishers Weekly

[An] admiring, richly detailed book.... [T]echies will be delighted with its full treatment of an important figure often overshadowed by such luminaries as Steve Jobs and Larry Ellison. Kirkus Reviews

Finally, Gordon Moore gets the biography he deserves! One of the foremost pioneers of the digital revolution, he is a visionary, engineer, and revered leader. His 'law' defined and guided the growth of computing power, and his business acumen helped to create Silicon Valley. This is an inspiring and instructive tale of how brilliance and leadership can coexist with humility and decency in a truly extraordinary person. Walter Isaacson, author of Steve Jobs

Moore's Law is not only a definitive biography of a legendary figure in computing, but a fascinating account of the forces that triggeredand sustainthe digital revolution that has changed life for all of us. Steven Levy, author of Hackers and In the Plex

"Gordon Moores story is one of disruptive innovation on the grandest scale, practiced by a brilliant technologist. Now at last we have the book that tells the story. Moores Law offers a compelling, absorbing account of Silicon Valley, and its role in human progress." Clayton Christensen, Professor of Business Administration at Harvard Business School and author of The Innovators Dilemma

If you think you know Moores Law, prepare to be enlightened. If you think you know Gordon Moore, prepare to be enthralled. And if all of this is new to you, prepare for the ride of your life. This is the definitive story of the central theorem of the digital age, the man behind it, and its ongoing impact on us all. John Hollar, President & CEO, Computer History Museum

With care and color, Moores Law tells us how Gordon Moore, at the center of the IT revolution, applied his knowledge and insight in a quiet and effective way. When Gordon talked, everyone listened. George P. Shultz, former U. S. Secretary of State and Thomas W. and Susan B. Ford Distinguished Fellow at the Hoover Institution, Stanford University

A remarkable book about a remarkable man, told with great style and refreshing candor. Carver Mead, the Gordon and Betty Moore Professor Emeritus of Engineering and Applied Science, Caltech and winner of the National Medal of Technology and Innovation

Arnold Thackray and his co-authors integrate business history with the history of science and technology with great success, rendering this biography of Silicon Valleys most important revolutionary a captivating and deeply illuminating read. Moores Law is also a signal contribution to the study of California history, showing how the social and cultural circumstances of the Bay Area enabled Gordon Moores creativity. David A. Hollinger, Preston Hotchkis Professor of History, Emeritus, University of California, Berkeley

"I can remember when a transistor radio had one transistor in itand now a giveaway bottle opener containing 8 billion of them is sitting on my desk. Gordon Moore and a small circle of accomplices, inseparable from the California landscape in which their story took form, were at the center of the most radical transformation in the history of technology. This is a definitive chronicle: authoritative, detailed, and well told." George Dyson, author of Turing's Cathedral and Darwin Among the Machines

Almost everyone knows Moores Law. Almost no one knows the Moore behind this law. Finally a book describing the quiet, unassuming technology godfather of Silicon Valley. A great read about a great man whose work truly changed the world. Craig R. Barrett, Former CEO & Chairman, Intel Corporation

This marvelous and well-written book about Gordon Moore captures his seminal role not only in Fairchild Semiconductor and Intel Corp, but also in the saga of Silicon Valley. The authors tell how Intel was managed into one of the great successes of all time. Gordon Moore in his quiet, non-threatening, and brainy manner created an atmosphere in which new ideas flourished and growth was encouraged. Moore's Law, his remarkable insight, has proved prescient. Woven into this story is the modest and loving relationship between Gordon and Betty, his wife of 65 years. Arthur Rock, Co-Founder of Silicon Valley venture capital firm Davis & Rock and original investor of Fairchild Semiconductor

A remarkable insight into the man who did so much to make Silicon Valley. David Morgenthaler, founder of Silicon Valley venture capital firm Morgenthaler Ventures

Arnold Thackray, active in the public life of scholarship, is a distinguished academic and the founding CEO of the Chemical Heritage Foundation. David C. Brock is a recognized authority on electronics, and Rachel Jones is a London journalist specializing in technology and entrepreneurship.

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Moore's Law: The Life of Gordon Moore, Silicon Valley's Quiet ...

Libertarian Party – Institute for Humane Studies

According to Funk and Wagnalls Dictionary

lib-er-tar-i-an, n. 1. a person who advocates liberty, esp. with regard to thought or conduct. advocating liberty or conforming to principles of liberty.

According to American Heritage Dictionary of the English Language: Fourth Edition, 2000.

NOUN: 1. One who advocates maximizing individual rights and minimizing the role of the state.

The Challenge of Democracy (6th edition), by Kenneth Janda, Jeffrey Berry, and Jerry Goldman

Liberals favor government action to promote equality, whereas conservativesfavor government action to promote order. Libertarians favor freedom and oppose government action to promote either equality or order.

According to What It Means to Be a Libertarian by Charles Murray, Broadway Books, 1997.

The American Founders created a society based on the belief that human happiness is intimately connected with personal freedom and responsibility. The twin pillars of the system they created were limits on the power of the central government and protection of individual rights. . . .

A few people, of whom I am one, think that the Founders insights are as true today as they were two centuries ago. We believe that human happiness requires freedom and that freedom requires limited government.

The correct word for my view of the world is liberal. Liberal is the simplest anglicization of the Latin liber, and freedom is what classical liberalism is all about. The writers of the nineteenth century who expounded on this view were called liberals. In Continental Europe they still are. . . . But words mean what people think they mean, and in the United States the unmodified term liberal now refers to the politics of an expansive government and the welfare state. The contemporary alternative is libertarian. . . .

Libertarianism is a vision of how people should be able to live their lives-as individuals, striving to realize the best they have within them; together, cooperating for the common good without compulsion. It is a vision of how people may endow their lives with meaning-living according to their deepest beliefs and taking responsibility for the consequences of their actions.

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Libertarian Party - Institute for Humane Studies

Genome Medicine

Medicine in the post-genomic era

Genome Medicine publishes peer-reviewed research articles, new methods, software tools, reviews and comment articles in all areas of medicine studied from a post-genomic perspective. Areas covered include, but are not limited to, disease genomics (including genome-wide association studies and sequencing-based studies), disease epigenomics, pathogen and microbiome genomics, immunogenomics, translational genomics, pharmacogenomics and personalized medicine, proteomics and metabolomics in medicine, systems medicine, and ethical, legal and social issues.

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DNA-PK inhibition boosts Cas9-mediated HDR

Transient pharmacological inhibition of DNA-PKcs can stimulate homology-directed repair following Cas9-mediated induction of a double strand break, and is expected to reduce the downstream workload.

Genomics of epilepsy

Candace Myers and Heather Mefford review how advances in genomic technologies have aided variant discovery, leading to a rapid increase in our understanding of epilepsy genetics.

CpG sites associated with atopy

Thirteen novel epigenetic loci associated with atopy and high IgE were found that could serve 55 as candidate loci; of these, four were within genes with known roles in the immune response.

Longitudinal 'omic profiles

A pilot study quantifying gene expression and methylation profile consistency over a year shows high longitudinal consistency, with individually extreme transcript abundance in a small number of genes which may be useful for explaining medical conditions or guiding personalized health decisions.

Ovarian cancer landscape

Exome sequencing of mucinous ovarian carcinoma tumors reveals multiple mutational targets, suggesting tumors arise through many routes, and shows this group of tumors is distinct from other subtypes.

NGS-guided cancer therapy

Jeffrey Gagan and Eliezer Van Allen review how next-generation sequencing can be incorporated into standard oncology clinical practice and provide guidance on the potential and limitations of sequencing.

ClinLabGeneticist

A platform for managing clinical exome sequencing data that includes data entry, distribution of work assignments, variant evaluation and review, selection of variants for validation, report generation.

Semantic workflow for clinical omics

A clinical omics analysis pipeline using the Workflow Instance Generation and Specialization (WINGS) semantic workflow platform demonstrates transparency, reproducibility and analytical validity.

Stephen McMahon and colleagues review treatments for pain relief, which are often inadequate, and discuss how understanding of the genomic and epigenomic mechanisms might lead to improved drugs.

View more review articles

Errors in RNA-Seq quantification affect genes of relevance to human disease

Robert C and Watson M

Genome Biology 2015, 16:177

Exploiting single-molecule transcript sequencing for eukaryotic gene prediction

Minoche AE, Dohm JC, Schneider J, Holtgrwe D, Viehver P, Montfort M, Rosleff Srensen T, Weisshaar B et al.

Genome Biology 2015, 16:184

Analysis methods for studying the 3D architecture of the genome

Ay F and Noble WS

Genome Biology 2015, 16:183

Graded gene expression changes determine phenotype severity in mouse models of CRX-associated retinopathies

Ruzycki PA, Tran NM, Kefalov VJ, Kolesnikov AV and Chen S

Genome Biology 2015, 16:171

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Genome Medicine

Non-Aggression – Libertarianism.org

April 8, 2013 columns

Zwolinski argues that some of the results the non-aggression principle logically leads to mean we ought to question its universal application.

Many libertarians believe that the whole of their political philosophy can be summed up in a single, simple principle. This principlethe non-aggression principle or non-aggression axiom (hereafter NAP)holds that aggression against the person or property of others is always wrong, where aggression is defined narrowly in terms of the use or threat of physical violence.

From this principle, many libertarians believe, the rest of libertarianism can be deduced as a matter of mere logic. What is the proper libertarian stance on minimum wage laws? Aggression, and therefore wrong. What about anti-discrimination laws? Aggression, and therefore wrong. Public schools? Same answer. Public roads? Same answer. The libertarian armed with the NAP has little need for the close study of history, sociology, or empirical economics. With a little logic and a lot of faith in this basic axiom of morality, virtually any political problem can be neatly solved from the armchair.

On its face, the NAPs prohibition of aggression falls nicely in line with common sense. After all, who doesnt think its wrong to steal someone elses property, to club some innocent person over the head, or to force others to labor for ones own private benefit? And if its wrong for us to do these things as individuals, why would it be any less wrong for us to do it as a group as a club, a gang, ora state?

But the NAPs plausibility is superficial. It is, of course, common sense to think that aggression is a bad thing. But it is far from common sense to think that its badness is absolute, such that the wrongness of aggression always trumps any other possible consideration of justice or political morality. There is a vast difference between a strong but defeasible presumption against the justice of aggression, and an absolute, universal prohibition. As Bryan Caplan has said, if you cant think of counterexamples to the latter, youre not trying hard enough. But Im here to help.

In the remainder of this essay, I want to present six reasons why libertarians should reject the NAP. None of them are original to me. Each is logically independent of the others. Taken together, I think, they make a fairly overwhelming case.

Theres more to be said about each of these, of course. Libertarians havent written much about the issue of pollution. But they have been aware of the problem about fraud at least since James Child published his justly famous article in Ethics on the subject in 1994, and both Bryan Caplan and Stephan Kinsella have tried (unsatisfactorily, to my mind) to address it. Similarly, Roderick Long has some characteristically thoughtful and intelligent things to say about the issue of children and positive rights.

Libertarians are ingenious folk. And I have no doubt that, given sufficient time, they can think up a host of ways to tweak, tinker, and contextualize the NAP in a way that makes some progress in dealing with the problems I have raised in this essay. But there comes a point where adding another layer of epicycles to ones theory seems no longer to be the best way to proceed. There comes a point where what you need is not another refinement to the definition of aggression but a radical paradigm shift in which we put aside the idea that non-aggression is the sole, immovable center of the moral universe. Libertarianism needs its own Copernican Revolution.

Matt Zwolinski is Associate Professor of Philosophy at the University of San Diego, and co-director ofUSDs Institute for Law and Philosophy. He has publishednumerous articles at the intersection of politics, law, economics, with a special focus on issues of exploitation and political libertarianism. He is the editor of Arguing About Political Philosophy (Routledge, 2009), and is currently writing two books: Exploitation, Capitalism, and the State and, with John Tomasi, Libertarianism: A Bleeding Heart History. The latter is under contract with Princeton University Press. Matt Zwolinski is the founder of and a regular contributor to the blog Bleeding Heart Libertarians.

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Non-Aggression - Libertarianism.org

Gene Therapy – A Revolution in Progress: Human Genetics and …

Gene therapy attempts to treat genetic diseases at the molecular level by correcting what is wrong with defective genes. Clinical research into gene therapys safety and effectiveness has just begun. No one knows if gene therapy will work, or for what diseases. If gene therapy is successful, it could work by preventing a protein from doing something that causes harm, restoring the normal function of a protein, giving proteins new functions, or enhancing the existing functions of proteins. How Do You Do It? Gene therapy relies on finding a dependable delivery system to carry the correct gene to the affected cells. The gene must be delivered inside the target cells and work properly without causing adverse effects. Delivering genes that will work correctly for the long term is the greatest challenge of gene therapy.

Human ex vivo Gene Therapy

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Gene Therapy - A Revolution in Progress: Human Genetics and ...