Why don't Proton Decay?

CrusaderFrank

Diamond Member
May 20, 2009
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Despite many repeated experiments with trillions of protons, we have never, ever observed the decay of a single proton into it's constituent quarks. They seem to be the most solid bit of matter in the Universe with a half life of some number longer than the life of the Universe.

A proton and neutron are each made of 3 quarks (2 up one down and 1 up 2 down respectively) but outside of the nucleus, the a neutron has a half life of 10 minutes.

Amazing, no?

Stars blow up and fade, atoms come and go, photons wink in and out, galaxies end, butter left on the counter overnight melts --- but protons are forever.
 
Despite many repeated experiments with trillions of protons, we have never, ever observed the decay of a single proton into it's constituent quarks. They seem to be the most solid bit of matter in the Universe with a half life of some number longer than the life of the Universe.

A proton and neutron are each made of 3 quarks (2 up one down and 1 up 2 down respectively) but outside of the nucleus, the a neutron has a half life of 10 minutes.

Amazing, no?

Stars blow up and fade, atoms come and go, photons wink in and out, galaxies end, butter left on the counter overnight melts --- but protons are forever.

You should be in marketing.
 
Despite many repeated experiments with trillions of protons, we have never, ever observed the decay of a single proton into it's constituent quarks. They seem to be the most solid bit of matter in the Universe with a half life of some number longer than the life of the Universe.

A proton and neutron are each made of 3 quarks (2 up one down and 1 up 2 down respectively) but outside of the nucleus, the a neutron has a half life of 10 minutes.

Amazing, no?

Stars blow up and fade, atoms come and go, photons wink in and out, galaxies end, butter left on the counter overnight melts --- but protons are forever.

Fluoride treatments?
 
They are, theoretically, bound by the conservation of number. They are the lightest, and most stable, baryon.
 
Baryon, my wayward son.

barry.jpg
 
no lower energy state for protons. they're already at the bottom of the well
 

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