Thursday, May 21, 2009

Kre Alkalyn And Alcohol

PARTICLE ACCELERATOR RETURN TO WORK OUT THE NEXT FALL

Scientific
European Organization for Nuclear Research (CERN) recently installed the last magnet spare Large Hadron Collider (LHC) machine built to simulate the conditions of Big Bang. This is lowered to the accelerator tunnel, marking the end of the repair process on the surface after the incident in September last year, why he had to stop the installation.

Thus, the magnets are connected to each other in the ground along with the new systems installed to prevent similar incidents from recurring. As announced by the CERN LHC is expected to start again next fall and run continuously until they have accumulated enough data to announce the first results.

With all magnets now underground, the tunnel work will focus on connecting the magnets together and installing new security systems, while on the surface, the teams will focus on replacement supply of spare magnets for the LHC.

The repair process of the LHC, which began operations on September 10, you can explain in three stages. First, the repair itself, which is nearing completion with the installation of the last magnet. Secondly, systems are being installed to monitor closely and ensure that LHC-like incidents do not occur in September. Finally, we are installing additional pressure valve to release the helium in a safe and controlled event that leaks occur in the LHC cryostat along the 15 or 20 years that the LHC will be operational.

Monday, May 4, 2009

Brownies Uniform Patch Placement

the farthest object in the Universe

U.S. The Swift satellite recorded a flash left by a massive explosion of a dying star, located at 13,000 million light years from Earth.

This satellite is designed to detect that kind of gamma ray bursts.

The Swift detected on April 23 gamma-ray explosion 10 seconds long in the constellation Leo.

Then the ground-based telescopes astronomers turned to the same place in heaven and managed to get a picture of radiance languished.

A member of the international team that investigated the event, Edo Berger, said the event is a sign that in this we find in the universe with stars that exploded just a few hundred million years after the Big Bang. "

"The star is so far away that their light has taken almost the entire age of the universe to reach Earth," said the correspondent, Fioa Werge.

Werge added that the explosion shown in the photograph as a patch of light. He was captured by the Gemini Observatory in Hawaii.


Scientists say the blast was caused by the collapse of a massive star that exploded at the end of his life.

"It is believed that when the light began its journey, the universe was only several hundred million years, in spatial terms means that it was in its infancy," said Werge.

Because light moves at finite speed, looking at the distance of the universe means back in time.

Experts estimate that the first stars were formed when the universe was between 200 and 400 million years.