Antimatter

We have shown throughout “ The Imagineer’s Chronicles ” it is possible to define a universe in terms of four *spatial* dimensions in a manner that makes predictions identical with those of Einstein’s Special and General Theories of Relativity while at the same time defining several theoretical advantages to adopting this perspective over that of his theories. One is that it would allow theoreticians to conceptually define the origin of antimatter by extrapolating the classical laws of three...Read Full Story

We have shown throughout “ The Imagineer’s Chronicles ” it is possible to define a universe in terms of four *spatial* dimensions in a manner that makes predictions identical with those of Einstein’s Special and General Theories of Relativity while at the same time defining several theoretical advantages to adopting this perspective over that of his theories. One is that it would allow theoreticians to conceptually define the origin of antimatter by extrapolating the classical laws of three...Read Full Story

Physicist Clifford Surko, University of California at San Diego, United States, plans to make “bottle” of antimatter. The bottle becomes the biggest pitfall of antimatter that can help to study antimatter. Antimatter is the opposite of matter. Each particle of matter have antimatter partners. Because the electron positron pair have the same mass but different charge. If matter and antimatter meet, then they kill each other. Nature makes the capture process of antimatter would be difficult...Read Full Story

Daily Mail CERN Scientists Trap Antimatter for Almost 17 Minutes PC Magazine What happened to antimatter? That's the grand riddle that scientists are attempting to piece together, but it takes quite a bit of work to conduct experiments on the illusive mirror image of matter–anything that has a volume and ... Antimatter Trapped for Amazingly Long 16 Minutes Fox News Antimatter Atoms Created And Trapped ThirdAge Stick Up: Antimatter Atoms Trapped for More Than 15 Minutes Scientific American AFP...Read Full Story

Image produced by J. Dwyer/FIT, NASA, from this site . What is antimatter? It is matter composed of antiparticles. Consider our normal particles, electrons and protons, that are the building blocks of normal matter. For example, one electron and one proton combine to become hydrogen. The anti-electron (called a positron) has the same mass as an electron, but the opposite electric charge--in this case, a positive charge. The antiproton would have the mass of a proton, but a negative charge. An...Read Full Story

The Guardian CERN Scientists Refine Antimatter 'Trap' ABC News Nuclear scientists announced Sunday they have found a way to "trap" for more than 15 minutes elusive antimatter atoms that used to disappear after a fraction of a second. That will give scientists at the European Organization for Nuclear Research time ... Scientists trap antimatter long enough to study how it works The Guardian Stick Up: Antimatter Atoms Trapped for More Than 15 Minutes Scientific American Antiatoms, All Out of...Read Full Story

Fox News Antimatter bottled-up for 16 minutes Science a Gogo Antimatter remains an enigma, but researchers at CERN may soon be able to ascertain some of its key properties thanks to groundbreaking techniques they've developed that trap and store antimatter for more than 15 minutes. ... Stick Up: Antimatter Atoms Trapped for More Than 15 Minutes Scientific American Antimatter Trapped for Amazingly Long 16 Minutes Fox News CERN Scientists Trap Antimatter for Almost 17 Minutes PC Magazine...Read Full Story

PC Magazine What happened to antimatter? That's the grand riddle that scientists are attempting to piece together, but it takes quite a bit of work to conduct experiments on the illusive mirror image of matter–anything that has a volume and occupies mass, to define matter in layman's terms. But CERN scientists have now been able to isolate unstable antimatter for a grand total of nearly 17 minutes. That's a far cry from experiments performed last fall... Discussion: The RegisterRead Full Story

The Guardian Antimatter hangs around at CERN Register Scientists at CERN have published the results of experiments in which they captured anti-hydrogen particles for 1000 seconds before annihilation. Their work, published in Nature Physics, should yield a ... Scientists Trapped Antimatter Atoms for 1000 Seconds International Business Times Stick Up: Antimatter Atoms Trapped for More Than 15 Minutes Scientific American CERN Scientists Trap Antimatter for Almost 17 Minutes PC Magazine Fox News...Read Full Story

The Guardian Antimatter Trapped for Amazingly Long 16 Minutes Fox News A strong magnet was critical to trapping antihydrogen atoms by using their small magnetic moments. This simplified version shows how the north and south poles of strategically arranged magnets can immobilize neutral antimatterthat has a magnetic moment ... Scientists trap antimatter long enough to study how it works The Guardian Stick Up: Antimatter Atoms Trapped for More Than 15 Minutes Scientific American CERN scientists...Read Full Story