Re: molecular structure via self-field theory and a new quantum number unkown to QM or QFT
- From: tony fleming <tfleming1@xxxxxxxxxxxxx>
- Date: Sun, 24 Jun 2007 02:08:43 -0000
On Jun 24, 11:21 am, tony fleming <tflemi...@xxxxxxxxxxxxx> wrote:
On Jun 21, 4:25 pm, tony fleming <tflemi...@xxxxxxxxxxxxx> wrote:
On Jun 21, 1:31 pm, Don Stockbauer <donstockba...@xxxxxxxxxxx> wrote:
The self-field theory. That sounds very interesting! Could youwell first of all go back to Lorentz and Abraham around the start of
possibly give us an explanation of it? I'd love to see it.
the 20th century. there's a few papers they wrote on self fields and
the back reaction on a particle due to its won fields.
the first part of self-field theory is to realise that the hydrogen
atom can be approximated to have TWO em particles.
these two particles? yes, they emit 'raditaion' when they move on a
curved arc, as we have all known for many decades; actually they emit
photons, they DONT radiate into the far-field, a small but important
distinction. Since they BOTH emit photons, these two sets of photons
can balance one another according to Maxwell's equations, the Lorentz
equation of force balance and the virial eqns relating potential and
kinetic energies.
now this in a nutshell is self-field theory.
notice that there is no inner product as in QM, and hence the
equations can be solved for ACTUAL DYNAMICS and not expected values.
BUT this is just the start, we can also insert THREE point-quarks as
well, and thus the hydogren atom can have a realistic nucleus. this
too can be solved as an eigenvalue problem, a larger one, but an
eigenvalue problem pure and simple.
Inside the hydrogen atom photon substructure known via self-field
theory introduces no new physics beyond that given by quantum
mechanics. Within molecules however, photon substructure introduces a
previously unknown quantum number by which molecular bonds can range
between strong and weak structures.
This photon mechanism appears involved in a number of important
energy/
temperature dependent molecular processes. The cell cycle and other
biological processes may well depend on the various hydration
structures found within DNA and other biological protein structures.
There are also physical phenomena that show dependence on hydrogen
bonding, or on the innate spectroscopy of the ordinary photon.
This work will be presented at EHE07 September 10-12 2007 at Wroclaw
Poland.
http://www.unifiedphysics.com/Molecular%20Structure_june_2007.pdf
.
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