Gluons Make sure Quarks are Stable

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G=EMC^2 Glazier - 29 Dec 2006 17:40 GMT

They make the micro universe so stable that its ability to decay into
nothing is impossible. Gluons do this by defying the inverse square
law(weakening by distance). The strong force(gluons) get stronger with
distance allowing no diluting of space. Space can and does inflate.
Quarks stay the same distance for infinity. Strong force fits so well
Go figure Bert

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Phineas T Puddleduck - 29 Dec 2006 18:04 GMT

> They make the micro universe so stable that its ability to decay into
> nothing is impossible. Gluons do this by defying the inverse square
> law(weakening by distance). The strong force(gluons) get stronger with
> distance allowing no diluting of space. Space can and does inflate.
> Quarks stay the same distance for infinity. Strong force fits so well
> Go figure Bert

Bert has got it down pat Bill - upon the color force that is.

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For me, it is far better to grasp the Universe as it really is than to
persist in delusion, however satisfying and reassuring.

Carl Sagan

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G=EMC^2 Glazier - 29 Dec 2006 22:16 GMT

Yes gentlemen with GR Einstein is holding 4 aces.and that makes his
hand hard to beat. I can beat it with my straight flush. It is a low
straight flush(From 2 to 6 in clubs) It is not a royal straight
flush,but at this spacetime it ends the poker game. Who ever can come up
with a hand to beat it must have TOE. Bert

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G=EMC^2 Glazier - 30 Dec 2006 19:27 GMT

Gluons are force particles,and do not have to obey Pauli's Exclusion
Principle. That can be used to explain their force getting stronger with
distance,and why the distance they work in is so short.(how big is the
area inside a nucleus?) Bert

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Space Forum / Astronomy / December 2006

Gluons Make sure Quarks are Stable