Bob,
SO(4) physics is a field only approach. Charge only occurs as a virtual
mass in interactions.
Fields do synchronize like rigid rotators. If the "orbits" are
"equivalent" then coupling occurs. But there are more criteria for a
coupling to occur as always a force must be at work that finally
"aligns" two rotating masses to form a new common rotation. Stable
orbits always involve at least two rotations, what e.g. the folks around
1910 believed to be the orbiting electron around a proton. Today we know
that the magnetic mass of the electron couples ( 2 rotations) to the
potential of the proton that is also formed by a two rotation mass.
But unluckily this is not the full story as the electron does two more
half-rotations and also the proton has a three rotation substructure and
a 4 rotation core. Classic quantization is a good approximation to a
linear reality. But electrons and protons finally interact in 4 mixed
rotation dimensions and all orbits are coupled. As coupling adds new
rotating masses to more than one rotation it is keen to believe that
these connections are still simple natural numbers. The problem is the
mismatch between rotating dimensions and Eigenvalues of the energy that
always has a feedback to charge (in fact the potential).
Axil: Polarized photons do the follow the same (1FC 2x2) orbits as the
mass in H*-H*. There is no such thing as LENR energy. It's all about
coupling orbits on 2x2 rotation dimensions.
J.W.
Am 09.11.19 um 17:59 schrieb bobcook39...@hotmail.com:
Axil—
Assuming a magnetic field is a dimension., like space, time and
angular momentum which occur in discrete quanta of their respective
known characteristics (seconds, meters, h/2pi angular momentum, and
B the magnetic field--quantized along with an electric field at a
quanta considerably below the average field for the volume of an
electron, ) then the relativistic electrons with their momentum and
intense local electric field could be in fact be combining with the
nearby magnetic quanta to form new photons. These new photons are
left in the empty 3D space to gather as polariton condensates to
conserve angular momentum spin energy. The passing electron would
necessarily slow down to, loosing kinetic energy and linear momentum
as well as some angular momentum, both of which may be conserved in
the reaction.
Planck was famous for speculating that the only real entities may be
fields—i.e., dimensional quanta known as fields to modern physics.
To handle this existence of quantized dimensions conceptually and
accurately, science needs a new mathematics similar to calculus that
can be cut off at some small amount (but not infinitesimal) to match
real data from experiments. Uncertainty could become an idea of a
past time dimension in the minds of humans and other real entities
that might exist elsewhere in space and time. Finite element analyses
that super computers can do may actually already provide the new math
suggested above. Even if they are not capable of handling the
calculations for actual quantum dimensions, they could suggest what
the real quantum dimensions are by extrapolations to real data from
real observations. (Quarks with their 1/3 electric charges may really
be electric field quanta confined to a small volume of 3D space quanta.)
Bob Cook
------------------------------------------------------------------------
*From:* Axil Axil <janap...@gmail.com>
*Sent:* Friday, November 8, 2019 11:45:38 AM
*To:* vortex-l <vortex-l@eskimo.com>
*Subject:* [Vo]:Science discoveries how LENR works
It was only a matter of time before science discovered the basic
process upon which LENR energy is generated. The few highly capable
LENR reactors produce Extreme ultraviolet radiation (EUV or XUV) as
their primary output energy product.
https://physicsworld.com/a/electrons-passing-over-nanophotonic-materials-could-create-synchrotron-like-light/
Electrons passing over nanophotonic materials could create
synchrotron-like light
https://physicsworld.com/wp-content/uploads/2019/11/Illustration-of-passive-light-emission-635x216.jpg
Electron flyby: illustration of how encounters between relativistic
electrons and vacuum fluctuations can generate X-rays. (Courtesy:
Nicholas Rivera et al/Nature Physics)
The interaction between electrons and a rough metal surface produce
high energy photons derived from the vacuum. These photons come from
the vacuum as mediated by polariton condensation. This experiment
could be a proof of principle for the generation of Hawking radiation
from polariton condensation.
In Hawking radiation, the polariton condensate produces low energy
infrared photons as a "positive energy" product having a positive
frequency, but high energy EUV photons as "negative energy" having a
negative frequency. As in this case, zero vacuum energy is balanced
when negative vacuum energy is created to offset positive vacuum
energy production, but that negative vacuum energy is not permanently
sequestered by gravity.
The high energy EUV photons produced in high powered LENR reactors
like Rossi's SK reactor, Mills SunCell, and the SAFIRE project could
be generated as negative vacuum energy photons.
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