The United States government recently blocked virologist Ron Fouchier from releasing the blueprints to develop heavily weaponized H5N1 bird flu virus thanks to pressure stemming from the alternative media, but now a new group of scientific labs have begun to recreate the findings and may release them to the public.

The experiments involve mutating the virus a total of 5 times, making the strain highly contagious between ferrets - the very animal model used to study human flu infection.

Bioterrorism experts state that a public release of the data could result in a widespread pandemic of weaponized H5N1 that could endanger millions of lives.

This is highlighted by the severe mortality rate of the disease, which has killed more than 1 in every 2 people that it infected. Paul Keim, chair of the National Science Advisory Board for Biosecurity, explained how volatile of a weapon the mutated bird flu could become:

'This is such a dangerous biological weapon, it would not be controllable. Whoever used it would doubtlessly decimate their own people as well,' Keim said.

Wondering what happened to Wikipedia yesterday (Jan. 18)? Perhaps you heard it was a protest against legislation with the vague name SOPA and arguments about a lot of other acronyms like ISP and DNS. You could read all day about the technical and legislative intricacies. But here is the dystopian scenario that SOPA's opponents fear:

You're talking with friends about Avatar and whether it was Zoe Saldana's first lead role. To find out, you do a Web search for her name and get a set of links - none of them to Wikipedia. In fact, the only sites you see are from the movie studio.

Researchers have discovered that the seemingly erratic behavior of the "Rostov Ripper," a prolific serial killer active in the 1980s, conformed to the same mathematical pattern obeyed by earthquakes, avalanches, stock market crashes and many other sporadic events. The finding suggests an explanation for why serial killers kill.

Mikhail Simkin and Vwani Roychowdhury, electrical engineers at the University of California, Los Angeles, modeled the behavior of Andrei Chikatilo, a gruesome murderer who took the lives of 53 people in Rostov, Russia between 1978 and 1990. Though Chikatilo sometimes went nearly three years without committing murder, on other occasions, he went just three days. The researchers found that the seemingly random spacing of his murders followed a mathematical distribution known as a power law.

When it comes to Earth's rotation, you might think geophysicists have pretty much everything figured out. Not quite. In order to explain some variations in the way our planet spins, Earth's mantle - the layer of hot, softened rock that lies between the crust and core - must conduct electricity, an ability that the mantle as we know it shouldn't have. Now, a new study finds that iron monoxide, which makes up 9% of the mantle, actually does conduct electricity just like a metal, but only at temperatures and pressures found far beneath the surface.

Earth's spin isn't flawless. Geophysicists have discovered that the time it takes our planet to complete one rotation - the length of a day - fluctuates slightly over the course of months or years. They've also noticed extra swing in the predictable wobble of Earth's axis of rotation, like the swaying of a spinning top. The variations are probably caused by the solid iron inner core, liquid metal outer core, and rocky mantle rotating at slightly different rates. Friction helps bring them into line, and the magnetic field of the outer core can pull on the metal inner core. But to really fit the observations, the core should also exert its magnetic tug on the mantle, says Bruce Buffett, an earth scientist at the University of California, Berkeley, who was not involved in the new study. This means that a layer of the mantle must be able to conduct electricity. But, he says, "the origin of the metallic layer remains an open question."

The main components of the mantle rock, iron monoxide included, don't conduct electricity at temperatures and pressures we're used to here at the surface. But research in the 1980s suggested things might be different deep down: An electrical current passed through the material more easily when it was exposed to a shock wave. The pressure of the shock wave compressed the arrangement of iron and oxygen in the iron monoxide, allowing the electrons to travel more freely from atom to atom.

Humanizing a brand can influence consumer behavior in a healthy or unhealthy direction - depending on how they envision the brand, according to a new study in the Journal of Consumer Research.

"This research suggests that people's behavior will be influenced by the brands they have been asked to think about," write authors Pankaj Aggarwal (University of Toronto) and Ann L. McGill (University of Chicago).

The authors conducted three laboratory studies where they asked half of the participants to imagine well-known brands as coming to life as a person (anthropomorphizing). Other participants were not instructed to think about brands in human terms. Anthropomorphizing participants considered some brands to be partners (working along with the consumers to achieve benefits) and others to be servants (the brand did work on behalf of the consumer).

Adults who participated in a high quality early childhood education program in the 1970s are still benefiting from their early experiences in a variety of ways, according to a new study.

The study provides new data from the long-running, highly regarded Abecedarian Project, which is led by the FPG Child Development Institute at the University of North Carolina at Chapel Hill. Researchers have followed participants from early childhood through adolescence and young adulthood, generating a comprehensive and rare set of longitudinal data.

According to the latest study of adults at age 30, Abecedarian Project participants had significantly more years of education than peers who were part of a control group. They were also four times more likely to have earned college degrees; 23 percent of participants graduated from a four-year college or university compared to only 6 percent of the control group.

The findings were published online Wednesday (Jan. 18) in the journal Developmental Psychology.

Hillary Clinton assures that the code of conduct will not keep the military busy or compromise national security

Secretary of State Hillary Clinton announced Tuesday that the United States will begin working on an international code of conduct for outer space with other nations around the world.

An international code of conduct would put concrete space-related rules in place for all participating nations. According to Clinton, the main threats that the rules would address are space junk and "irresponsible actors."

There are currently more than 500,000 pieces of space junk debris surrounding Earth, according to NASA, and about 22,000 of these pieces are as large as a softball. Only about 1,100 are active satellites. Space junk is the collection of objects created by humans that are left in orbit, but are no longer useful.

Clinton sees this space junk as potentially harmful, and for good reason. Just last month, a Siberian man escaped death as a Russian satellite fragment crashed right through his roof. The fragment was about the size of a 5 kg titanium ball.

Once again, alien conspiracy theorists have attempted to use publicly available NASA images to prove that the space agency must be engaging in an elaborate UFO cover-up. And, once again, they've been foiled by the laws of physics.

This time, they called attention to peculiar new footage captured by a telescope onboard NASA's STEREO-B spacecraft - one of a pair of probes parked on either side of the sun which, together, provide a 360-degree view of the inner solar system. The footage shows Venus, Earth and, on the opposite side of the field-of-view, a mysterious triangular object headed our way.

A Scottish intelligence study that began 80 years ago has borne new fruit. Researchers have tracked down the study's surviving participants - who joined the study when they were 11 years old - to estimate the role that our genes have in maintaining intelligence through to old age.

Researchers have long been interested in understanding how cognition changes with age, and why these changes are more rapid in some people than in others. But, in the past, studies of age-related intelligence changes were often performed when the subjects were already elderly.

Then, in the late 1990s, research psychologist Ian Deary of the University of Edinburgh, UK, and his colleagues realized that Scotland had two data sets that would allow them to take such studies a step further. In 1932 and 1947, officials had conducted a sweeping study of intelligence among thousands of 11-year-old Scottish children. The data, Deary learned, had been kept confidential for decades.

He and his colleagues set about tracking down the original participants, many of whom did not remember taking the original tests. The team collected DNA samples and performed fresh intelligence tests in nearly 2,000 of the original participants, then aged 65 or older.

Previous analyses of the team's data had shown that childhood intelligence correlated well with intelligence in old age. "But it's not a perfect relationship," says Deary. "Some people move up the list and some move down."

In short, some people's intelligence 'ages' better than others. So Deary and his colleagues set out to discover why.

For at least ten years experts have been debating the use of leap seconds, tiny bits of time added to calendars and clocks in hopes of reconciling the difference between atomic time used by computer systems and time as defined by measuring the Earth's movement around the sun and its daily, but slightly slowing, rotation.

Governments have been split on the issue but are expected to make a decision this week at a UN telecom meeting, says the International Telecommunications Union (ITU) on Tuesday.

The United States, France and others are the primary countries pushing for the entire scientific community to abolish the leap second, while Britain is digging in its heels to maintain the current system along with China and Canada, writes Reuters' Stephanie Nebehay. Russia has not publicly voiced its opinion but has quietly aligned itself with Britain and China.

As computers became more accurate and faster, leap seconds became more necessary to prevent atomic clocks from speeding ahead of solar time. Added at irregular intervals beginning in 1972, these extra seconds effectively stretch atomic time by a heartbeat to make up for the irregular wobble in the Earth's rotation, reports AP's Frank Jordans.

Vincent Meens, who headed an ITU group recommending the removal of leap seconds, told reporters, "This will be an important decision because the problem of introducing the leap second will disappear and we will be able to have a more standard time than the one we have today."