Re: A question pertaining to gluons 'violating' inverse square law
From: Australopithecus Afarensis (fossil.lucy_at_cox.net)
Date: 08/24/04
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Date: Mon, 23 Aug 2004 23:57:47 -0700
Yes, I do find it very interesting. I have a few questions and comments as
follows.
** To equate a photon as the combination of an electron and positron is
great. That means every photon has to be accounted for. You cannot create
photons randomly out of high energy to high energy collisions. How do you
account for an atom going into its excited state by absorbing a photon? How
do you account for an excited atom going back to a lower energy state by
giving off a photon?
** To model a proton as thousands of electrons and positrons require a lot
more chance. Everything has to be perfect in a very short order of time.
When colliding two protons together with energy enough to create another
one, a third proton appears. How do you account for this?
** How do you account for the decay time of a neutron which again is made
up of thousands of electrons and positrons in your model? In that case, why
does a proton not decay in a few hundred seconds just like a neutron in your
model?
----- Original Message -----
From: "Monitek" <monitek@aol.com>
Newsgroups: sci.physics.particle
Sent: Wednesday, August 11, 2004 01:58 PM
Subject: Re: A question pertaining to gluons 'violating' inverse square law
You seem to be thinking along the lines that I was thinking. So have a look
at
what I came up with and see what you think.
http://members.aol.com/medusa1989/theatom.html
Monitek (Arden Barker)
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