Axil!
QM gauge is charge (Coulomb)- based. There is no way to explain
condensation below Bohr radius with this method as all such attempts
must violate the gauge.
In contrast to QM SO(4) physics gives the exact relation of
forces/energies of spin-paired electrons, what is the first step of
condensation of matter below Bohr radius. It's a shame that most
physicists do not understand the structure of the nuclear magnetic field
(e.g. given by Mills) and even use pure Coulomb law to derive a fictive
charge radius (Holmlid UDH..) At about 2pm radius the classic 3D,t
magnetic force is already stronger than the coulomb force and thus any
model made by QM/coulomb only, is void by definition.
As the famous experiment with close to unlimited phase speed for photons
shows any amount of energy can go into rotation = magnetic mass. Higher
speed than c is only possible if the EM-mass takes a short-cut through
higher dimensions. Already in SO(4) the speed up can be 32 for (5)
single side rotations or 64 for double side. This is given by the
space-energy metric.
Classic 3D,t physics with a separate gravitational mass is a
simplification of the reality that has no mathematical power to explain
higher dimensional spin flux as seen in super conduction. In SO(4)
physics the gravitational mass can be exactly derived from the basic
form factors and as it shows, gravitational mass is residual EM-mass -
nothing more.
I personally expect that many old rules (e.g. about bosons, fermions..)
that are based on the over simplified old terminology will disappear, as
soon as people understand how to properly model matter. A first step
would be to unify the photon orbit structure with the in mater orbit
structure for charge bound mass. Here SO(4) has the unique property that
one side of the orbit can be open and connect to neighbor orbits what
allows the loss-less exchange of spin-orbit energy. Classically this
looks like "halve of a photon wave" would "attach" to the nuclear charge
and the other halve is flowing on to the next nucleus. Such a model
would also allow to calculate the critical temperature based on matching
SO(4) orbit radii.
Jürg
Am 03.05.2019 um 23:09 schrieb Axil Axil:
Jones,
I agree that the electron cover forms a cloud around the positive core
of the cluster. But the formation of a Bose condensate and associated
superconductivity requires that the electrons must be converted to
bosons. This occurs when the Ultra dense hydrogen is irradiated with
the laser, or a spark or room lighting. This light source provides the
photons that will entangle the electron cover to generate the Bosons
in the form of polaritons. Polaritons will readily produce a bose
condensate when their density reaches a critical level.
On Fri, May 3, 2019 at 4:49 PM JonesBeene <jone...@pacbell.net
<mailto:jone...@pacbell.net>> wrote:
Another possibility for LENR is that dense hydrogen clusters
configure themselves to assume the “strange metal” state. The
orbital electron becomes effectively unbound and minimally
associated with any single nuclepn. If the electrons then form
into much denser Cooper pairs, due to the associated positive
charge of the protons, then they should condense even further.
I think the paper got this part partly right and partly wrong.
QUOTE: electrons… may be organizing themselves into a “maximally
scrambled” quantum state, in which the properties of each electron
depend on those of every other. This state of maximum scrambling
might allow the electrons to scatter off one another and spread
energy as quickly as the laws of quantum mechanics permit.
Most likely a “maximally scrambled” quantum state is an electron
condensate. Since electrons are fermions they must first pair,
which we know does happen.
Perhaps this paper could be revised to include Cooper pairing
followed by condensation.
*From: *Axil Axil <mailto:janap...@gmail.com>
This new finding could have implications for the theory of LENR.
There have been many and varied observations that Bose condensates
behave just like black holes. Bose condensates are superconducting
and coherent. Hydrides including ultra dense hydrogen are
superconducting under high pressure. There could be a fundamental
quantum mechanical based behavioral law at play that causes Bose
condensates to mimic black holes. It could be this universal
property of the universe that gives LENR its soul. It is this
black hole like behavior: namely hawking radiation that may be the
major source of power production related to the LENR reaction.
Those strange tachyon like particles we call strange radiation or
black EVOs that we see in LENR experiments could be
superconducting, Bose condensate like, Plasmoids that produce the
vacuum energy that we see in LENR. It all could be connected by a
universal law called Planckian dissipation phenomenon.
On Fri, May 3, 2019 at 3:03 PM Axil Axil <janap...@gmail.com
<mailto:janap...@gmail.com>> wrote:
https://www.quantamagazine.org/universal-quantum-phenomenon-found-in-superconductors-20181119/
Universal Quantum Phenomenon Found in Strange Metals
It looks like black holes, superconductivity, the uncertainty
principle, gravity, and the holographic universe are connected by
an as not yet fully understood commonality: Planckian dissipation
phenomenon.
--
Jürg Wyttenbach
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+41 44 760 14 18
