from: InfoPhysics -- Determining mass via Scattering
fitz
Allen,
I lucked out working in the right places that showed me what was
really going on.
I had the top radio licences and saw early on that the electron had
to be a spherical standing wave. You MUST understand standing waves
btw.
Milo Wolff showed me - and mathematically proved - the electron is a
scalar, standing wave. So we are in a Schroedinger frequency
universe.
Einstein based general relativity on the principle that this universe
is homogenous and isotropic. This means that an definite, certain,
AVERAGE of space exists between all the elements therein.
There is no such thing as force in the tensor math of general
relativity. Space is merely curved (more or less of it). We get a
repelling force where there is more space than this AVERAGE. We get
an attractive force where there is less space than this AVERAGE.
If the spin frequency of the electron is producing magnetic force
then it must also be producing space (tensor math of gen. rel.).
We know the spin frequency of the quarks are responsible for the
strong force so this also must be producing space as well but this
quark spin space is hidden from us because it is a higher harmonic of
the electron's spin frequency and we see it as c squared or the speed
of light squared or we see it as an acceleration. This is the
gravitational freqency Einstein searched for. It's our inertial
frequency as well.
It's pretty simple really.
See: http://www.amperefitz.com/quark.mass.htm
Fitz
--- On Wed, 2/17/10, Allen Francom <light_r...@yahoo.com> wrote:
From: Allen Francom <light_r...@yahoo.com>
Subject: Re: [InfoPhysics] Determining mass via Scattering
To: "Zeus" <zeus...@yahoo.com>
Date: Wednesday, February 17, 2010, 10:56 PM
Dang, that looked like it was going to add up to a lot.
Ok, some of those I may have been through before.
I may end up asking exactly the same question again, only using more
familiar words though...
--------------------------------------------------------------------------------
From: Zeus <zeus...@yahoo.com>
To: Allen Francom <light_r...@yahoo.com>
Sent: Wed, February 17, 2010 4:46:02 PM
Subject: Re: [InfoPhysics] Determining mass via Scattering
Allen,
You will need to read those other links to see what I'm driving at.
In essense it's the harmonic spin frequency of the quarks keeping the
electrons from scattering like they should, and do, in other places
to determine true mass.
--- On Tue, 2/16/10, Allen Francom <light_r...@yahoo.com> wrote:
From: Allen Francom <light_r...@yahoo.com>
Subject: Re: [InfoPhysics] Determining mass via Scattering
To: InfoPhys...@yahoogroups.com
Cc: zeus...@yahoo.com
Date: Tuesday, February 16, 2010, 5:41 PM
Question ( below )
----------------------------
The problem with determining quark mass via scattering (the only way
we presently can obtain quark mass) is that we get the reverse of
what we should.