A NEW LOOK AT QM
- From: vergon@xxxxxxxxx
- Date: 25 Aug 2006 11:56:56 -0700
VERGON
In my post in the "What is the QUANTITATIVE definition of a 'single
photon' ???" thread I mention that the photons in a stream must travel
in phase in order to register a specific frequency.
The rest of my post is an extrapolation of what a photon is as stated
in my paper On the Quantum as a Physical Entity (http://www.wbabin.net
Under LIST OF AUTHORS click Vertner Vergon).
I shall summarize it here. Since it is a summary, developing processes
are not mentioned and therefore some statements and descriptions may be
a little startling. For full development see the above mentioned paper.
First of all I show proof that radiation and matter are composed of the
same basic element.
The "element" mentioned above I call "the quantum". It is the basic
element comprising the entire universe
It is a sphere consisting of a very rarified material that has perfect
elasticity -- expands and contracts ad infinitum because it has no
internal friction. The expansion proceeds to a diameter of one light
second.
It has mass (7.372038 x 10^-48 gr.) and spin. Because of the spin the
equatorial portion creates the magnetic moment, and the
expansion/contraction supplies the electric moment. Note, they are
orthogonal to each other.
Another characteristic of the quantum is that it is co-spatial. That is
multiples can occupy the same space at the same time. However, as the
density mounts this ability is discontinued and more quanta are
rejected.
There are two forms of agglomeration, sequential (which is radiation)
and concentric (which is matter, i.e., electrons and protons)
In the concentric mode the agglomeration is a standing wave and
therefore stable (electron and proton). In the sequential mode the
quanta act as waves and follow Gaussian wave dictates.
Note, when there are sufficient quanta in the sequential mode, i.e.,
high energy photons, the sequential mode can collapse into the
concentric mode, and the high energy photon transforms into an electron
and a positron pair, proof that radiation and matter are constructed of
the same basic particle. This phenomenon also tells us that radiation
consists of both matter and antimatter.
Considering the conformation shown here, the wave/particle duality is
evident as is wave entanglement.
I spoke of the mass of the quantum. The energy of expansion/contraction
is 6.62566 x 10^-27 erg. (Note this is the energy of Planck's h) Also
note the ratio of energy to mass is c^2. This gives us E/m = c^2 .
which, when rearranged is E = mc^2.
All these characteristics combine in a fractal manner to create the
universe as we behold it.
As to radiation/matter: Take the mass of the quantum and multiply it by
the frequency of a photon, and you get the mass of the photon
(Eintein's m = E/c^2)
Multiply the quantum mass by the frequency number of the electron,
proton, and neutron -- and you get their respective masses. Proof that
matter and
radiation are composed of the same element.
If the quantum spheres are traveling in copius numbers, due to their
expansion/contraction and tenuous nature they act as waves. These waves
follow the laws of superposition. Further, they also follow the laws of
Gauss' group waves. The group wave is a standing wave through which
pass, rear to front, the sub-waves that are the photons.
Since the group waves are standing waves they have no motion between
source and observer regardless of motion of same. However, the photons
have a continuous velocity (c) through the group wave. Thus the
velocity
of the photons is constant regardless of motion between source and
observer.
The individual photon is composed of a number of quanta equal to the
frequency number. These are grouped together in the typical Gaussian
manner, i.e., a condensed peaked wave-train. Thus the time of
observation
is less than one second. How much less is a function of its energy
Vergon
.
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