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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, when scientists were only able to record the presence of antimatter for fractions of seconds. The increased longevity should now give researchers the
Originally posted by thePharaoh
ahhh...more doodah, from the mystic anus of the occult....pure BS...
they are not gonna trap antimatter, dark matter, or the creator particle......pure opium nonsense.
Originally posted by Ophiuchus 13
reply to post by JacKatMtn
17 minutes that's amazing hats off to CERN amazing. I wonder if there were actual eye observations from video cams. Also the bonding material that held it is amazing itself as 1 can just imagine the brain work it took to build mini vacuum super cooled containment device that the anti matter didn't acknowledge as matter very hard work. S&F for the update and mind food
Originally posted by splittheatom
reply to post by berilium
You do realise that the amounts they make are on the smallest of scales.
They haven't even made enough to fill a coffee cup.
Scientists at C.E.R.N.'s Antihydrogen Laser Physics Apparatus have trapped 309 antihydrogen atoms for 1,000 seconds using superconducting magnets. That's an enormous improvement—four orders of magnitude—over the only previous record for trapping antimatter: 38 antiatoms for 172 milliseconds in 2010. The scientists' goal is to determine how antimatter is influenced by gravity, specifically whether it falls up or down. While there have already been numerous attempts to complete this experiment, no sizable amount of antimatter has yet been trapped. This should change in the coming months, when scientists intend to cool a lump of antihydrogen atoms to determine if they rise or fall.
The existence of antimatter is one of the real stumpers in contemporary physics. If antimatter exists, which it does, then the universe should be composed of equal parts matter and antimatter, or so the logic goes. But antimatter is much more scarce than matter, at least in the parts of the universe we can observe. Studying the behavior of antimatter has proven difficult because it is highly unstable, exploding when it comes into contact with regular matter. It's this explosive potential that has fueled far-flung ideas about super-efficient energy production and ultra-powerful space crafts.
Originally posted by splittheatom
reply to post by Version100
Yeah I guess I should have used a smaller scale.
Anyway this goes to show how creating this stuff isn't dangerous...untill we make it on the large scale, which will probably never happen. The energy produced per kilogram from a matter/antimatter collision is 9x10^16 J, so large scale production would never have to happen.