Saturday, September 29, 2012

Soldiers file sexual abuse lawsuit in San Francisco against Leon Panetta, other top military brass

SAN FRANCISCO -- Nineteen former and current U.S. soldiers and airmen filed suit Friday in San Francisco, claiming top military brass deprived them of constitutional rights by failing to go after their sexual predators.

"The pattern is the same in all of them: The victim is blamed, ostracized, retaliated against. Rape kits are lost, evidence is lost, there is no court martial," attorney Susan Burke said in an interview.

Burke, an attorney in Washington, D.C., who is trying to reform how the Pentagon deals with sexual assault, has three other lawsuits pending against Pentagon leaders in various courts across the country. Another is on appeal. She was a key figure in a documentary about the topic, "The Invisible

War."

Burke filed suit in U.S. District Court in San Francisco on Friday, alleging that current Defense Secretary Leon Panetta, his two predecessors and the current secretaries of the Air Force and Army violated the due process rights of five men and 14 women.

In two cases, male soldiers allege that a superior officer invited them to his home, raped them and infected them with HIV. Several of the women plaintiffs tell of being forced to live near, drill with and even undergo group therapy with the men they had accused of rape.

Burke said she filed the lawsuit in San Francisco because one of the soldiers who did not attend the news conference lives there. Burke was joined at a Friday news conference by advocacy groups and

Rep. Jackie Speier, D-San Francisco, who is sponsoring legislation to create an impartial office to review rape and sexual assault allegations in the military.

"We must ask the question, 'Why are victims afraid to report?'" Speier said. "And the answer is quite clear: If you report, within a short period of time, you are more than likely labeled as having a personality disorder; you are discharged involuntarily from the military. For those who want a career in the military, that's the last thing you are going to do."

Burke said it would take Congress to reform the most fundamental problem, which is that any perpetrator's chain of command gets to nip any possible punishment or prosecution in the bud. Although Panetta has begun some reforms, such as pushing the decision on whether to prosecute up the chain of command, it's not enough, she said.

"There is no impartiality," she said. "You cannot have a gatekeeper on the administration of justice."

The Department of Defense said in its annual sexual assault report that it received reports of 3,393 victims of sexual assault in fiscal 2011. But a DOD survey the year before indicated there may be as many as 15,000 more assaults each year that are never reported. Factoring in the unreported assaults, only 6 percent of perpetrators ever spend a day in jail, the DOD report for 2011 said.

Besides Panetta, the defendants in the case are former Defense Secretaries Robert Gates and Donald Rumsfeld as well as Air Force Secretary Michael Donley and Army Secretary John McHugh.

Burke praised the men and women who brought the new lawsuit. She was joined at the news conference by plaintiffs Daniele Hoffman, from Indiana, and Kole Welsh, from Washington state.

Hoffman said she was sexually assaulted by man who recruited her into the Army National Guard when she was 17. Harassment led to inappropriate touching. In September 2003, the recruiter tried to rape her.

Though Hoffman, now 27, reported her recruiter, and her testimony resulted in a civilian trial that put him in prison, she says she was victimized by the military, isolated and verbally abused. She says she continued to endure sexual harassment after she was deployed to Iraq.

"The treatment I endured made me hate myself," she said, "so much that I attempted suicide three times."

Hoffman's decision to join Burke's lawsuit resulted from a paper she wrote for her honors rhetoric class entitled, "Silence Me No More."

"My teacher read it and he told me I had something to say," she said. "It changed things ... I'm making it, and I'm graduating nursing school in the honors program. But it's a daily struggle. I don't want anybody to have this experience I'm going through."

After five years in the Army, Welsh earned a scholarship to an ROTC training program at Ft. Lewis, since renamed Joint Base Lewis-McChord. It was there in 2007 that he was sexually assaulted by his staff sergeant supervisor, according to the lawsuit. A couple of weeks later, Welsh learned he had tested positive for HIV. The source of transmission was traced back to his supervisor, the lawsuit states.

"He felt like he had a free pass, and he could do whatever the hell he wanted to," said Welsh, who was discharged shortly after contracting the virus. Welsh said he complained to his superiors about his supervisor but his warnings went unheeded. It wasn't until two years later that the staff sergeant was sent to prison by a civilian court. Welsh blames the federal judiciary for not allowing service members "to sue the military and hold it accountable."

"Other victims I've met are so ashamed and devastated by the fact that they have been given HIV, they remain in the shadows," Welsh said. "The treatment of rape victims in the military is so humiliating, so stigmatizing, many would rather die (than come forward)."

Dept. of defense annual sexual assault reports

The Department of Defense compiles statistics on incidents of sexual harassment and violence at U.S. military academies. To view the annual reports, go to www.sapr.mil/index.php/annual-reports.

Source: http://www.orovillemr.com/ci_21654717/soldiers-file-sexual-abuse-lawsuit-san-francisco-against?source=rss_viewed

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Friday, September 28, 2012

Watch Google?s Eric Schmidt Dance Gangnam Style

359682-schmidt-gagnamYep. This really happened on a recent Asian business trip to help launch the Nexus 7. Good for Schmidt. Homeboy knows how to have fun. Next up, Steve Ballmer doing the Macarena.

Source: http://feedproxy.google.com/~r/Techcrunch/~3/9QqzInTa2Jg/

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Christopher Meloni Picks Up Safe Haven in the Suburbs - Celebrity ...

Thursday, September 27, 2012, by Sarah Firshein

Every episode of Law & Order is packed with all sorts of crazy plot twists and turns, and recently the real estate wheelings and dealings of the cast, both past and present, have taken a similarly tumultuous personality. As S. Epatha Merkerson calls her NYC co-op a "death trap" and Mariska Hargitay buys an entire townhouse, Christopher Meloni, AKA Elliot Stabler (or Roman Zimojic for True Blood fans), has been having such a hard time unloading one of his Manhattan homes that he's actually thrown in a "free" Porsche in attempts to sweeten the deal. And last year, the good detective took a loss on the sale of his place downtown.

Where will Meloni go to escape the mean streets of Manhattan and its brutal, take-no-prisoners real estate market? To the tony Fairfield County, apparently: according to the New York Post, he's just picked up Ridgecrest, a four-acre property in New Canaan, Conn. Built in 2006, the 8,000-square-foot home looks about as generic-new-build as it gets, with five bedrooms, a detached barn, and the brokerbabble's dubious claim that there are "extraordinary views to Manhattan"?although then again, it's sited on one of the highest elevations around. One thing's for sure: Meloni will have plenty of spare downtime in this leafy Connecticut idyll: in 2010, New Canaan had zero murders and zero rapes, and in July 2011 the town counted precisely one registered sex offender.

? Trump 'gains' [New York Post]
? 982 Oenoke Ridge, New Canaan, Conn. [Zillow]
? Law & Order Real Estate: These Are Their Stories [Curbed NY]

Source: http://curbed.com/archives/2012/09/27/christopher-meloni-picks-up-supersafe-home-in-the-burbs.php

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Simulations uncover 'flashy' secrets of merging black holes

ScienceDaily (Sep. 27, 2012) ? According to Einstein, whenever massive objects interact, they produce gravitational waves -- distortions in the very fabric of space and time -- that ripple outward across the universe at the speed of light. While astronomers have found indirect evidence of these disturbances, the waves have so far eluded direct detection. Ground-based observatories designed to find them are on the verge of achieving greater sensitivities, and many scientists think that this discovery is just a few years away.

Catching gravitational waves from some of the strongest sources -- colliding black holes with millions of times the sun's mass -- will take a little longer. These waves undulate so slowly that they won't be detectable by ground-based facilities. Instead, scientists will need much larger space-based instruments, such as the proposed Laser Interferometer Space Antenna, which was endorsed as a high-priority future project by the astronomical community.

A team that includes astrophysicists at NASA's Goddard Space Flight Center in Greenbelt, Md., is looking forward to that day by using computational models to explore the mergers of supersized black holes. Their most recent work investigates what kind of "flash" might be seen by telescopes when astronomers ultimately find gravitational signals from such an event.

Studying gravitational waves will give astrophysicists an unprecedented opportunity to witness the universe's most extreme phenomena, leading to new insights into the fundamental laws of physics, the death of stars, the birth of black holes and, perhaps, the earliest moments of the universe.

A black hole is an object so massive that nothing, not even light, can escape its gravitational grip. Most big galaxies, including our own Milky Way, contain a central black hole weighing millions of times the sun's mass, and when two galaxies collide, their monster black holes settle into a close binary system.

"The black holes orbit each other and lose orbital energy by emitting strong gravitational waves, and this causes their orbits to shrink. The black holes spiral toward each other and eventually merge," said Goddard astrophysicist John Baker.

Close to these titanic, rapidly moving masses, space and time become repeatedly flexed and warped. Just as a disturbance forms ripples on the surface of a pond, drives seismic waves through Earth, or puts the jiggle in a bowl of Jell-O, the cyclic flexing of space-time near binary black holes produces waves of distortion that race across the universe.

While gravitational waves promise to tell astronomers many things about the bodies that created them, they cannot provide one crucial piece of information -- the precise position of the source. So to really understand a merger event, researchers need an accompanying electromagnetic signal -- a flash of light, ranging from radio waves to X-rays -- that will allow telescopes to pinpoint the merger's host galaxy.

Understanding the electromagnetic counterparts that may accompany a merger involves the daunting task of tracking the complex interactions between the black holes, which can be moving at more than half the speed of light in the last few orbits, and the disks of hot, magnetized gas that surround them. Since 2010, numerous studies using simplifying assumptions have found that mergers could produce a burst of light, but no one knew how commonly this occurred or whether the emission would be strong enough to be detectable from Earth.

To explore the problem in greater detail, a team led by Bruno Giacomazzo at the University of Colorado, Boulder, and including Baker developed computer simulations that for the first time show what happens in the magnetized gas (also called a plasma) in the last stages of a black hole merger. Their study was published in the June 10 edition of The Astrophysical Journal Letters.

The simulations follow the complex electrical and magnetic interactions in the ionized gas -- known as magnetohydrodynamics -- within the extreme gravitational environment determined by the equations of Einstein's general relativity, a task requiring the use of advanced numerical codes and fast supercomputers.

Both of the simulations reported in the study were run on the Pleiades supercomputer at NASA's Ames Research Center in Moffett Field, Calif. They follow the black holes over their last three orbits and subsequent merger using models both with and without a magnetic field in the gas disk.

Additional simulations were run on the Ranger and Discover supercomputers, respectively located at the University of Texas, Austin, and the NASA Center for Climate Simulations at Goddard, in order to investigate the effects of different initial conditions, fewer orbits and other variations.

"What's striking in the magnetic simulation is that the disk's initial magnetic field is rapidly intensified by about 100 times, and the merged black hole is surrounded by a hotter, denser, thinner accretion disk than in the unmagnetized case," Giacomazzo explained.

In the turbulent environment near the merging black holes, the magnetic field intensifies as it becomes twisted and compressed. The team suggests that running the simulation for additional orbits would result in even greater amplification.

The most interesting outcome of the magnetic simulation is the development of a funnel-like structure -- a cleared-out zone that extends up out of the accretion disk near the merged black hole. "This is exactly the type of structure needed to drive the particle jets we see from the centers of black-hole-powered active galaxies," Giacomazzo said.

The most important aspect of the study is the brightness of the merger's flash. The team finds that the magnetic model produces beamed emission that is some 10,000 times brighter than those seen in previous studies, which took the simplifying step of ignoring plasma effects in the merging disks.

"We need gravitational waves to confirm that a black hole merger has occurred, but if we can understand the electromagnetic signatures from mergers well enough, perhaps we can search for candidate events even before we have a space-based gravitational wave observatory," Baker said.

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Story Source:

The above story is reprinted from materials provided by NASA.

Note: Materials may be edited for content and length. For further information, please contact the source cited above.


Journal Reference:

  1. Bruno Giacomazzo, John G. Baker, M. Coleman Miller, Christopher S. Reynolds, James R. van Meter. General Relativistic Simulations of Magnetized Plasmas Around Merging Supermassive Black Holes. The Astrophysical Journal, 2012; 752 (1): L15 DOI: 10.1088/2041-8205/752/1/L15

Note: If no author is given, the source is cited instead.

Disclaimer: Views expressed in this article do not necessarily reflect those of ScienceDaily or its staff.

Source: http://feeds.sciencedaily.com/~r/sciencedaily/top_news/~3/zg8MOGPtlkE/120927153118.htm

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Caption Contest: Eric Schmidt does 'Gangnam Style' with PSY

Caption contest Eric Schmidt

Did you honestly think Eric Schmidt went all the way to Seoul just to launch the Nexus 7 for South Korea, hang out with Samsung's JK Shin and moan about the patent war with Apple? Of course not. The Google chairman also found some time to learn the legendary "invisible horse" dance with PSY, the charismatic oppa in the Korean chart-topper Gangnam Style. While Google Korea was happy to supply a few photos, the only video we could dig up was a surprisingly short one hosted by Daum -- it's embedded right after the break.

Brian: "Man, not being the CEO of a multinational corporation sure is hard work."

Terrence: "I see you are a fellow disciple of the Carlton Banks school of dance."

Don: "Gangnam Style, 2012-2012."

Billy: "This song is really about the time I set my socks on fire. I see you still have yours. One moment."

Edgar: "Hm... I think we forgot the horse."

Richard Lai: "PSY, please Google+ me when this comes out on Dance Central."

Dan: "Doenjang Girls, would you like to buy a Nexus 7? It's wayyy more expensive than a latté."

Darren: "Soooo glad this guy put this video on YouTube and not Vimeo. $$$$$$$$"

Jon Fingas: "Oppan Google sty-- no, even I can't go that far."

Continue reading Caption Contest: Eric Schmidt does 'Gangnam Style' with PSY

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Caption Contest: Eric Schmidt does 'Gangnam Style' with PSY originally appeared on Engadget on Thu, 27 Sep 2012 12:00:00 EDT. Please see our terms for use of feeds.

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Source: http://www.engadget.com/2012/09/27/caption-contest-eric-schmidt-does-gangnam-style-with-psy/

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Thursday, September 27, 2012

Researchers discover what vampire squids eat: It's not what you think

ScienceDaily (Sep. 26, 2012) ? About 100 years ago, marine biologists hauled the first vampire squid up from the depths of the sea. Since that time, perhaps a dozen scientific papers have been published on this mysterious animal, but no one has been able to figure out exactly what it eats. A new paper by MBARI Postdoctoral Fellow Henk-Jan Hoving and Senior Scientist Bruce Robison shows for the first time that, unlike its relatives the octopuses and squids, which eat live prey, the vampire squid uses two thread-like filaments to capture bits of organic debris that sink down from the ocean surface into the deep sea.

It's easy to imagine the vampire squid as a nightmarish predator. It lurks in the eternal midnight of the deep sea, has a dark red body, huge blue eyes, and a cloak-like web that stretches between its eight arms. When threatened, it turns inside out, exposing rows of wicked-looking "cirri." Even its scientific name, Vampyroteuthis infernalis, means "vampire squid from hell."

In reality, the vampire squid is a soft-bodied, passive creature, about the size, shape, and color of a football. A "living fossil," it inhabits the deep waters of all the world's ocean basins at depths where there is almost no oxygen, but also relatively few predators.

A few previous researchers have caught vampire squids in nets, hauled them up to the surface, and tried to figure out what they ate by examining the contents of their stomachs. The results were generally inconclusive. The stomachs typically contained bits and pieces of tiny, shrimp-like animals, microscopic algae, and lots of slimy goo.

In a recent article in the Proceedings of the Royal Society B: Biological Sciences, Hoving and Robison show that vampire squids eat mostly "marine snow" -- a mixture of dead bodies, poop, and snot. The dead bodies are the remains of microscopic algae and animals that live in the waters farther up in the ocean, but sink down into the depths after they die. The poop consists of fecal pellets from small, shrimp-like animals such as copepods or krill. The snot is mostly debris from gelatinous animals called larvaceans, which filter and consume marine snow using mucus nets.

In addition to looking at the stomach-contents of vampire squids from museum collections, the researchers used MBARI's remotely operated vehicles (ROVs) to collect live vampire squids and study their feeding habits in the laboratory. They also examined high-definition videos of vampire squids taken by MBARI's ROVs. Finally, they examined vampire squid arms and feeding filaments under optical and scanning electron microscopes.

One key to Hoving and Robison's discovery was that they used MBARI's ROVs to collect living vampire squids, and were able to keep them alive in the laboratory for months at a time. Hoving soon found that if he placed bits and pieces of microscopic animals into a tank with a vampire squid, the food particles would stick to one of the string-like filaments that the animal sometimes extends outward from its body. The vampire squid would then draw the filament through its arms, removing the particles from the filament and enveloping them in mucus. Finally, the squid would transfer the glob of mucus and particles to its mouth and consume it.

Using MBARI's video annotation and reference system (VARS), Hoving also identified every MBARI ROV dive over the last 25 years during which researchers had seen a vampire squid. He then pored over 170 of these video clips (over 23 hours of footage) to look for additional clues as to what and how the animals ate.

The videos showed that vampire squids often drift motionless in the water, extending one of their thin filaments -- up to eight times as long as the animal's body -- like a fishing line. In many cases, Hoving saw bits of marine snow sticking to the filament. He also saw vampire squids slowly pulling in their filaments and scraping off the accumulated marine snow using their arms. Other vampire squids had globs of marine snow and mucus dangling from their mouths.

Under the microscope, the researchers observed that the vampire squid's suckers were covered with cells that produce mucus, which the animal apparently uses to collect and glue together individual particles of marine snow. Their filaments are covered with tiny hairs and a dense net of sensory nerves, which makes them extremely sensitive to touch.

When looking at vampire squids' stomach contents, the researchers did not see bones or pieces of individual animals that would indicate the vampire squids had captured live prey. Instead, they saw mostly amorphous bits of broken-up organic debris. The only prey they saw that might have been eaten alive were the remains of tiny crustaceans that sometimes "hitchhike" on sinking mucus nets or clumps of the marine snow.

After considering all the evidence, Hoving and Robison conclude that, "the vampire squid's filament is likely a multifunctional organ that is deployed to detect and capture detrital matter but at the same time may detect the presence of predators and perhaps small living prey."

The organic detritus that forms the bulk of the vampire squid's diet would not seem to be particularly nutritious. However vampire squids complement their frugal diet with an extremely energy-efficient lifestyle and unique adaptations. Their bodies are neutrally buoyant, so they don't have to expend energy to stay at a particular depth. Even better, they don't have to swim to find food, but simply extend their filaments to collect food that drifts past them.

Finally, vampire squids don't have to expend much energy avoiding predators, because they live at depths where there is so little oxygen that few other animals can survive. Conveniently, these deep, low-oxygen zones are often found where there is an abundance of life near the sea surface, which in turn creates lots of marine snow for vampire squids to eat. Hoving explains, "Because of its unique adaptations, the vampire squid is able to permanently and successfully inhabit the center of the oxygen minimum zone, an otherwise hostile environment where the vampire squid's predators are few, and its food is abundant."

Even though Hoving and Robison's research shows that the vampire squid is a "detritivore" rather than an active predator, its sinister appearance and stealthy habits will no doubt continue to fascinate both researchers and the general public.

This research was sponsored by grants from the David and Lucile Packard Foundation and the Netherlands Organization for Scientific Research (NWO).

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Story Source:

The above story is reprinted from materials provided by Monterey Bay Aquarium Research Institute.

Note: Materials may be edited for content and length. For further information, please contact the source cited above.


Journal Reference:

  1. Hendrik J. T. Hoving and Bruce H. Robison. Vampire squid: detritivores in the oxygen minimum zone. Proc. R. Soc. B, September 26, 2012 DOI: 10.1098/rspb.2012.1357

Note: If no author is given, the source is cited instead.

Disclaimer: Views expressed in this article do not necessarily reflect those of ScienceDaily or its staff.

Source: http://feeds.sciencedaily.com/~r/sciencedaily/~3/YwwG_gFyoNo/120926133239.htm

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RIM Employee?s OOO Reply This Week Is Both Epic And Inspiring

blackberry_jam_america_2012-e1348599790388RIM is holding its yearly developers conference this week, playing host to over a thousand developers still dedicated to the BlackBerry platform. The company detailed several novel features to BlackBerry 10 scheduled for release in early 2013. And yes, there was this bad music video, too. Anyway, a fellow TC editor strangely posted a RIM employee's OOO reply earlier tonight. He called it both epic and sad. He stated it was delusional, yet awesome. He then laid into this random employee for having a positive outlook and faith in his struggling employer. This RIM employee deserves better. Much better. He (or she) deserves a pat on the back for sticking to the mission in spite of all the mud that's been flung. Sure, the OOO reply was a bit over the top, but that's what it's going to take to save RIM. And RIM is worth saving.

Source: http://feedproxy.google.com/~r/Techcrunch/~3/3_gMPdeLU2g/

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