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ALPHA Stores Antimatter Atoms Over a Quarter of an Hour – and Still Counting

By Guest PostJune 8, 2011Sciencealpha collaboration, anti atoms, antihydrogen atoms, antimatter atoms, atoms, atoms of antihydrogen, berkeley lab, CERN, geneva, joel fajans, jonathan wurtele, lasers, magnetic trap, matter antimatter asymmetry, properties of antihydrogen, switzerland, time to go for coffee

*Berkeley Lab physicists join with their international colleagues in reaching a new frontier in antimatter science*

The ALPHA Collaboration, an international team of scientists working at CERN in Geneva, Switzerland, has reported storing a total of 309 atoms of antihydrogen, some for up to 1,000 seconds (almost 17 minutes), with an indication of much longer storage time as well.

ALPHA announced in November, 2010, that they had succeeded in storing antimatter atoms for the first time ever, having captured 38 atoms of antihydrogen and storing each for a sixth of a second. In the weeks following, ALPHA continued to collect anti-atoms and hold them for longer and longer times. (more…)

Anti-Helium Discovered in the Heart of STAR

By Guest PostApril 26, 2011Scienceaccelerator technology, alpha magnetic spectrometer, ams, anti heavy hydrogen, anti hypertriton, antialpha, antideuteron, antielectron, antihelium 4, antinucleons, antiparticles, antiproton, baryon, baryon number, berkeley lab, carl anderson, CERN, collisions of energetic gold nuclei, ernest rutherford, experiment, hans georg ritter, heaviest antiparticle, nu xu, nucleus, nucleus of antihelium 4, nucleus of antihydrogen, particle, positron, relativistic heavy ion collider, rhic, star, star experiment

*Berkeley Lab nuclear scientists join with their international colleagues in the latest record-breaking discovery at RHIC*

Eighteen examples of the heaviest antiparticle ever found, the nucleus of antihelium-4, have been made in the STAR experiment at RHIC, the Relativistic Heavy Ion Collider at the U.S. Department of Energy’s Brookhaven National Laboratory.

“The STAR experiment is uniquely capable of finding antihelium‑4,” says the STAR experiment’s spokesperson, Nu Xu, of the Nuclear Science Division (NSD) at Lawrence Berkeley National Laboratory (Berkeley Lab). “STAR already holds the record for massive antiparticles, last year having identified the anti-hypertriton, which contains three constituent antiparticles. With four antinucleons, antihelium-4 is produced at a rate a thousand times lower yet. To identify the 18 examples required sifting through the debris of a billion gold-gold collisions.” (more…)

Time Machine Built in Europe, Russian Scientists Say

By PravdaAugust 7, 2010Science Fictionbig bang, black hole, center of the european council for nuclear research, CERN, closed time-like curve, energy, france protons, Galaxy, igor volovich, irina arefyeva, kip thorne 2008, Large Hadron Collider, lhc, physicist, russian physicists, science fiction, steklov, switzerland, time travel, universe, wormholes

Russian physicists seriously believe that the Large Hadron Collider can be used for time travel. However, it will only happen when it starts working at full capacity and stops breaking down. If earlier time travel was considered science fiction, now it suddenly turned into the favorite pet project of theoretical physicists. Renowned physicist Kip Thorne of the California Institute of Technology once said in one of his lectures:

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Not the End, may be the Beginning

By ShamsSeptember 9, 2008ScienceCERN, Large Hadron Collider, universe

The quest for knowledge about the Universe or more clearly to know the ‘creation’, led scientists to begin one of the most expensive experiments in history. The Large Hadron Collider (LHC) will be active from tomorrow, 10 September. Scientists will analyze the results of particle collisions to understand the creation of the Universe.

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Tag Archives: CERN

ALPHA Stores Antimatter Atoms Over a Quarter of an Hour – and Still Counting

Anti-Helium Discovered in the Heart of STAR

Time Machine Built in Europe, Russian Scientists Say

Not the End, may be the Beginning