New submitter Doug Otto sends word that researchers working on the ALPHA experiment at CERN are trying to figure out whether antimatter interacts with gravity in the same way that normal matter does. The ALPHA experiment wasn't designed to test for this, but they realized part of it — an antihydrogen trap — is suitable to collect some data. Their preliminary results: uncertain, but they can't rule it out. From the article: "Antihydrogen provides a particularly useful means of testing gravitational effects on antimatter, as it's electrically neutral. Gravity is by far the weakest force in nature, so it's very easy for its effects to be swamped by other interactions. Even with neutral particles or atoms, the antimatter must be moving slowly enough to perform measurements. And slow rates of motion increase the likelihood of encountering matter particles, leading to mutual annihilation and an end to the experiment. However, it's a challenge to maintain any antihydrogen long enough to perform meaningful experiments on it, regardless of its speed. ... The authors of the current study realized that [antiatoms trapped in ALPHA] eventually escaped or were released from this magnetic trap. At that point, they were momentarily in free-fall, experiencing no force other than gravity. The detectors on the outside of ALPHA could then determine if the antihydrogen was rising or falling under gravity's influence, and whether the magnitude of the force was equivalent to the effect on matter."

New submitter cute_orc writes "The International Space Station has been hit by a small object. Chris Hadfield, an astronaut currently on the ISS, described it in his Twitter feed as 'a small stone from the universe.' He also said he was glad it didn't hit the hull. Jim Scotti, a planetary scientist from the University of Arizona, thinks the object may have had a different origin: 'It's unlikely this was caused by a meteor; more likely a piece of man-made space debris in low Earth orbit.'"

Velcroman1 writes "Following the historic first rocket-powered flight of its SpaceShipTwo vehicle, Virgin Galactic plans to build a fleet of spaceships and begin ferrying hundreds of tourists into space in 2014. And then? A whole new kind of spacecraft, Sir Richard Branson said. 'We'll be building orbital spaceships after that,' Branson told Fox News Tuesday, 'so that people who want to go for a week or two can.' Assuming the cost is on the same scale, would you pay a few hundred grand for a few weeks in orbit?"

AmiMoJo writes "The billion-euro Herschel observatory has run out of the liquid helium needed to keep its instruments and detectors at their ultra-low functioning temperature. This equipment has now warmed, meaning the telescope cannot see the sky. Its 3.5m mirror and three state-of-the-art instruments made it the most powerful observatory of its kind ever put in space, but astronomers always knew the helium store onboard would be a time-limiting factor." Reader etash points to a collection of some infrared imagery that Herschel collected.

sl4shd0rk writes "Remember SOPA? If not, perhaps the name Lamar Smith will ring a bell. The U.S. House Committee on Science, Space and Technology chose Smith to Chair as an overseer for the National Science Foundation's funding process. Smith is preparing a bill (PDF) which will require that every grant must benefit 'national defense,' be of 'utmost importance to society,' and not be 'duplicative of other research.' Duplicating research seems reasonable until you consider that this could also mean the NSF will not provide funding for research once someone has already provided results — manufactured or otherwise. A strange target since there is a process in place which makes an effort to limit duplicate funding already. The first and second requirements, even when read in context, still miss the point of basic research. If we were absolutely without-a-doubt-certain of the results, there would be little point in doing the research in the first place."