Where did all the antimatter go?
Answers
Answer:
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Explanation:
It's the same for every other particle out there. There's a dark-side twin for the top quark, the neutrino, the muon and on and on and on. All the fundamental particles that make up our daily lives have a partner, living just on the other side of the charge fence.
That's all well and dandy and no big deal at all, except for one thing, which is a tiny bit of a big deal. As far as we can understand the theory and see in the observations, not only are matter and antimatter paired up like this, they're symmetric. Every particle of normal matter produced in a reaction comes paired with its antimatter sibling.
The only conclusion: Our universe ought to be swimming with antimatter, existing in equal parts with normal matter. Whole planets, stars and galaxies made of antimatter! Or at the very least, loads of antimatter particles just floating around in space, minding their own business.
But when matter and antimatter meet, it's bad news. Just as the pairs are produced in perfect symmetry in fundamental interactions, they are destroyed in symmetry as well. When a particle finally gets to meet and shake hands with its antiparticle best friend, they end up like Butch Cassidy and the Sundance Kid: going down in a blaze of glory.
All their combined matter is converted into energy, usually in the form of high-energy gamma-ray radiation.
Ans-:
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