Re: How much can you compress a particle?
- From: Igor <thoovler@xxxxxxxxxx>
- Date: Wed, 24 Sep 2008 16:54:37 -0700 (PDT)
On Sep 24, 7:35 pm, Calorie <caloriehad...@xxxxxxxxx> wrote:
How much smaller can you compress a particle such as a
quark or electron? Remember that in the Big Bang, trillions and
trillions to the nth power of quarks were compressed into the size
of a single quark. What happens to a particle when it is
compressed?
cal
You don't need to think in terms of compressed particles. Around the
epoch of the big bang, there was supposedly nothing but an energy
soup. In that hot, high energy state, particles as we understand them
didn't actually exist. It was only through the various symmetry
breakings as the universe expanded and cooled that we arrived at the
universe we have today. One of these symmetries involved particles
and antiparticles, which, after breaking, allowed for more particles
than antiparticles. That's the main reason we seem to have a universe
dominated by matter rather than antimatter.
.
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