- #1
ryanuser
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Hi
My question is about absence of equal antimatter in our universe: If charge and energy is conserved, then this means there was matter before big bang that crunched and created more particles. The charge before and after big bang is conserved; just when two protons are accelerated toward each other and the result of their collision is three protons and an antiproton, one proton and an antiproton annihilate to conserve charge,mass, baryon no etc. so hasn't similar thing happened in Big Bang where antimatter was annihilated with some of the matter (again to conserve charge, energy, etc) and some more matter was left over?
Thanks
My question is about absence of equal antimatter in our universe: If charge and energy is conserved, then this means there was matter before big bang that crunched and created more particles. The charge before and after big bang is conserved; just when two protons are accelerated toward each other and the result of their collision is three protons and an antiproton, one proton and an antiproton annihilate to conserve charge,mass, baryon no etc. so hasn't similar thing happened in Big Bang where antimatter was annihilated with some of the matter (again to conserve charge, energy, etc) and some more matter was left over?
Thanks