Science & Technology
If you have a problem with federal warrantless wiretapping campaigns, sue the government, not the telecoms.
That was the key message in the Thursday ruling handed down by the 9th U.S. Circuit Court of Appeals, a federal appeals court that covers high profile cases appealed in nine western states, including California.
I. EFF is Greenlit for Class Action Against the NSA
The decision was still a quasi-victory for the Electronic Frontier Foundation (EFF), who was leading the push against the warrantless wiretaps, at it prevents the most sweeping of protections on the domestic surveillance system, giving U.S. citizens at least one avenue to challenge the campaigns in court.
The EFF was less-than-thrilled that the court upheld the immunity for telecoms who served as the government's accomplices, helping federal agents spy on their customers. The telecom immunity was granted by the "Protect America Act" of 2007 (Pub.L. 110-55, S. 1927).
The EFF was seeking class action status for a lawsuit against AT&T, Inc. (T) and the U.S. National Security Agency (NSA). The EFF accuses AT&T of conspiring with the NSA to divert its customers voice, SMS, and internet traffic into special secure rooms at its facility across the country, giving the NSA the ability to freely snoop on whatever private communications they pleased.

A side view of Vesta's great south polar mountain.
When NASA's Dawn spacecraft entered orbit around giant asteroid Vesta in July, scientists fully expected the probe to reveal some surprising sights. But no one expected a 13-mile high mountain, two and a half times higher than Mount Everest, to be one of them.
For many years, researchers have been collecting Vesta meteorites from "fall sites" around the world. The rocks' chemical fingerprints leave little doubt that they came from the giant asteroid. Earth has been peppered by so many fragments of Vesta, that people have actually witnessed fireballs caused by the meteoroids tearing through our atmosphere. Recent examples include falls near the African village of Bilanga Yanga in October 1999 and outside Millbillillie, Australia, in October 1960.
"Those meteorites just might be pieces of the basin excavated when Vesta's giant mountain formed," says Dawn PI Chris Russell of UCLA.
These pipes, which run nearly two miles deep, are connected to a floating platform that is so remote Shell named it Perdido, which means "lost" in Spanish. What attracted Shell to this location is a geologic formation found throughout the Gulf of Mexico that may contain enough oil to satisfy U.S. demand for two years.
While Perdido is isolated, it isn't alone. Across the Gulf, energy companies are probing dozens of new deepwater fields thanks to high oil prices and technological advances that finally make it possible to tap them.
The newfound oil will not do much to lower global oil prices. But together with increased production from onshore U.S. fields and slowing domestic demand for gasoline, it could help reduce U.S. oil imports by more than half over the next decade.
Eighteen months ago, such a flurry of activity in the Gulf seemed unlikely. The Obama administration halted drilling and stopped issuing new permits after the explosion of a BP well killed 11 workers and caused the largest oil spill in U.S. history.
5 "Unexplained" Mysteries Solved in 2011
The Jerusalem UFO Video
Just a few weeks into 2011 a stunning UFO video circulated around the world. On Jan. 28, a mysterious glowing light hovered high above the Dome of the Rock, an ancient Islamic shrine in Jerusalem.
It was touted as possibly the best video ever taken of an extraterrestrial spacecraft -- made all the more apparently authentic because it was captured by at least two other people at the same time, from different angles. When the videos appeared on YouTube UFO interest was whipped into a frenzy; as Ian O'Neill noted, "The news headlines read: "Holy Smoke -- UFO in Jerusalem," "Dome of the Rock Jerusalem light all proof UFO fans need that aliens exist" and "Credible? Jerusalem UFO footage captured from multiple viewpoints."
Jupiter, the largest planet in our solar system, may be causing its own core to liquefy, at least according to Hugh Wilson and colleague Burkhard Militzer of UC, Berkeley. They've come to this conclusion after making quantum mechanical calculations on the conditions that exist within the big planet. In a paper published on the preprint server arXiv, and submitted to Physical Review Letters, the two explain that because the gas giant has a relatively small core made of mostly iron, rock (partly magnesium oxide) and ice, and sits embedded in fluid hydrogen and helium all under great pressure from the planet's gravity (which has created very high temperatures (16,000 K)), there is a likelihood that the core is liquefying due to the heat and pressure exerted on the magnesium oxide.
Calculating the possibility of the magnesium oxide liquefying had to be done to predict the outcome because recreating the environment that exists inside of Jupiter for experimentation purposes isn't feasible. They have in essence shown that magnesium oxide, when exposed to such high temperatures and pressure, has high solubility, which of course means a high probability of dissolving into a liquid. In a previous study, the team also made calculations showing that the core ice would likely be dissolving as well.
The findings suggest that Jupiter's core might not be as big as it once was, though it currently weights about as much as ten Earth's (the whole planet weighs as much as 318 Earth's). This implies that the core could eventually be reduced down to nothing at all. And if that's the case, than those who study exoplanets, particularly the giant gas variety, will have to do some rethinking, because those others might not have a core at all, contrary to conventional wisdom.
Tickling a gorilla is not for the faint-hearted. But keeper Phil Ridges is not worried at getting into the enclosure with Emmie at Port Lympne Wild Animal Park in Kent.
The gorilla, now 19, was hand-reared, and Phil has been her keeper for most of her life.
He says she has a tendency to be "a little bit frosty", but if she is in the mood, she cannot resist a chortle when she is tickled.
"I've worked with gorillas for a long time, and I've often seen gorillas tickling each other, so it is a nice feeling when they have accepted you enough and they don't mind you tickling them," he says.
But it is Emmie's response that has intrigued scientist Marina Davila-Ross from the University of Portsmouth, because the gorilla's reaction sounds a lot like human laughter.
Dr Davila-Ross says: "I was amazed about the way apes responded to being tickled - the apes seem to behave in the same way humans and children behave when they are being tickled."

Lie detector tests are being used to help officers decide whether to charge suspects in a groundbreaking scheme by a British police force
The devices are for the first time being used by detectives for pre-conviction testing in the UK in a trial which could pave the way for their introduction across the country.
Hertfordshire police completed a successful pilot scheme last month in which 25 sex offenders were tested using polygraphs.
The scheme led to many of the "low level" offenders being reclassified as posing a more serious risk to children than originally thought.
The force has now been given a further 12 months to experiment with the devices while senior officers across Britain are investigating ways the technology could assist in solving cases.
The Association of Chief Police Officers has established a working group to advise forces contemplating using lie detectors.
David S. Cloud of The Los Angeles Times reports the military is now forced to rely on a string of civilian contractors placed at all levels along the "kill chain." These are the people who analyze incoming drone video and decide when to fire Hellfire missiles.
The practice is not new.
According to Cloud, an American civilian played a "central" role in the Predator attack that accidentally killed 15 Afghans in 2010, information that "surprised" the investigating Army officer.
Manning the drone fleet is a mounting issue in the Air Force.
It takes more staff to fly a drone than an F-15, and with more drones than ever in the air, non-government employees are increasingly employed to analyze video, and keep the UAVs in the air.
Security experts widely believe that the United States and Israel were behind Stuxnet, though the two nations have officially declined to comment on the matter.
A Pentagon spokesman on Wednesday declined comment on Kaspersky's research, which did not address who was behind Stuxnet.
Stuxnet has already been linked to another virus, the Duqu data-stealing trojan, but Kaspersky's research suggests the cyber weapons program that targeted Iran may be far more sophisticated than previously known.
Kaspersky's director of global research & analysis, Costin Raiu, told Reuters on Wednesday that his team has gathered evidence that shows the same platform that was used to build Stuxnet and Duqu was also used to create at least three other pieces of malware.

Eta Carinae and its bipolar Homunculus Nebula, which was partly created during an eruption in 1843, makes the object an attractive target for astronomers.
During the mid 1800's, the well known star Eta Carinae underwent an enormous eruption becoming, for a time, the second brightest star in the sky.
Although 19th Century astronomers did not yet have the technology to study one of the largest eruptions in recent history in depth, astronomers from the Space Telescope Science Institute recently discovered that light echoes are just now reaching us.
This discovery allows astronomers to use modern instruments to study Eta Carinae as it was between 1838 and 1858 when it underwent its Great Eruption.
Light echoes have been made famous in recent years by the dramatic example of V838 Monocerotis. While V838 Mon looks like an expanding shell of gas, what is actually depicted is light reflecting off shells of gas and dust that was thrown off earlier in the star's life.











Comment: Read 2012 - On The Eve Of Destruction? to learn more about what awaits us in the next year.