smart1234@aol.com (S. Enterprize Company) wrote in message
news:<20030811202930.16575.00000268@mb-m25.aol.com>...

smart1234@aol.com (S. Enterprize Company) wrote in message
news:<20030811032910.18517.00001111@mb-m18.aol.com>...

What CP violation? There's no violation according to The Smart Model.

http://www.physics.uc.edu/~kayk/cpviol/CP.html


(According to the Smart Model....)
So what, a K meson will not decay the same way all the time. This just

means

that the internal sub-structure varies for each K meson, which will

produce

different decay modes.


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You are increadibly stupid.

(...Starblade Riven Darksquall...)

The Standard Model doesn't use an internal sub-structure to it's

analysis at

the sub-atomic level. The Smart Model does. An analogy of the Standard

Model CP

violations is like saying a grain of salt is the smallest particle you can
have, with no internal molecular structure, and when you break it up you

always

get a different number of smaller pieces, so there is a parity violation.

No, you dumbfuck. There's a CP violation because if you change
something's charge and its parity, you do NOT get the same results as
you do before. It has nothing to do with 'breaking something up into
smaller pieces', as you seem to think. It has to do with things which
are normally invariant and symmetric under all other laws of physics
but which in some unique circumstances seem to be capable of being
violated.

When a neutrino is left handed and the antineutrino is right handed...
do I have this the right way or did I reverse it? Anyways, that's a C
violation and a P violation, but putting the two together gives you CP
symmetry. Now take neutral Kaons. The one that spews out matter has a
longer mean lifespan than the other, but the same total lifespan. At
least, if not, it's the other way around. Anyways, they are antimatter
partners of eachother. It violates CP. However, it also violates T.
However, putting the two together gives you CPT invariance. The
universe does not violate CPT.

Now are you getting it?

BTW, just in case you didn't know, C is charge conjugation, P is
parity, and T is time reversal. Normally physics is symmetric to all
of them, but it may have asymmetries to one or to two of these, but
not all three combined.