Saturday, August 6, 2011

News in brief: Atom and Cosmos

Jupiter, black hole interactions and gargantuan hole watered this week newsWeb edition: Tuesday, August 2, 2011

The asteroid Trojan land
The Trojan may also sound like nikczemników-sneaky buggers ready for extraction of barrage meteorites — but don't have a lot more than tagalongs orbits. The scientists report in July 28 nature that Earth has one of these friends sharing its orbit of the Rocky Mountains, such as Mars, Jupiter and Neptune. Astronomers in Canada and the United States found a 300-meter, called TK7, 2010 data from the telescope Wide Field Infrared Survey Explorer and confirms its presence in the ranges on Earth. Trojan horses are difficult to detect, because they usually dwell in the daylight sky but can produce good candidates to the asteroid Rendez-vous. Nadia – Drake

Not enough black hole
Small black holes may eschew innermost area around the gargantuan Black hole after the two galaxies merge. The result, reported online on July 21, Alessia Gualandris on arXiv.org through the Max Planck Institute for Astrophysics and David Merritt Rochester Institute of Technology, comes from a computer simulation as the stuff in the cores of galaxies reorganizes after the collision. Both galaxies began pressuring the central black hole, which coalesced into a single larger hole. However, after the beginning of everything, settling down, a number of smaller black holes, which stuck close to the newly formed beast was only 1 per cent to 10 per cent of what was expected. Astronomers suggest that real galaxies in this connection it may have populations of black holes with/"very uncertain". — Camille M. Carlisle

Galaxy watering hole
Astronomers detect the reservoir is the oldest and largest in the universe. Water, holed up in a cloud surrounding a gigantic black hole in our Galaxy, which blazed brightly about 1.6 billion years after the big bang. The water runs rampant in the cosmos, but this OASIS has water equal to the mass of at least 100 000 suns, fount stash Starfield approximately 4000 times. The results reported by two international teams in the two documents will appear in Astrophysical Journal, suggest a vapor almost 2,000 light years wide surrounds a central black hole. — Camille M. Carlisle


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