Hello,
The increments of energy that an electron is given as it accelerates is in
reality determined by the size of the universe. This is because an electron
is a group of waves of infinite velocity that extend around the 4-sphere
universe. When the group changes its velocity the change is reflected by an
alteration in the diffraction pattern as in a boxed particle and a quanta of
radiation is emitted that has a frequency determined by the difference in
frequency between the frequency of the initial step and the frequency of the
final state.
This energy comes from the electric field that pushes it and since this push
is by a virtual photon the emitted photon is the realised virtual photon of
the electric field brought into existence by the movement of the electron.
When the universe was very small the steps were very large and so the
universe was actually very cold at it conception as the quanta were too
large for anything to move.

--
Chris

"Chris" wrote in message
k...
Hello,
The increments of energy that an electron is given as it accelerates is in
reality determined by the size of the universe. This is because an
electron is a group of waves of infinite velocity that extend around the
4-sphere universe.

Wrong.

Bill

When the group changes its velocity the change is reflected by an
alteration in the diffraction pattern as in a boxed particle and a quanta
of radiation is emitted that has a frequency determined by the difference
in frequency between the frequency of the initial step and the frequency
of the final state.
This energy comes from the electric field that pushes it and since this
push is by a virtual photon the emitted photon is the realised virtual
photon of the electric field brought into existence by the movement of the
electron.
When the universe was very small the steps were very large and so the
universe was actually very cold at it conception as the quanta were too
large for anything to move.

--
Chris