Einstein-Bose Codensate August 29, 2010 johnreed
johnlawrencereedjr
Modified June 6, 2009, October 31, 2009, June 8, 2010, June 19, 2010
John Lawrence Reed, Jr.
Section 10, August 29, 2010
I have indicated in Section 9c that I intend to define atomic
structure in terms of compacted electromagnetic fields. A place to
start begins with two interlocked circles the circumference of each,
passing orthogonally through the other’s center. Each circle
represents an original single thread of say, tired light.
The Einstein-Bose Condensate
So that, following the chained join, we may have one circle contract
toward
the join point (the opposing ends) of the other circle, while that
other circle expands? This option is of prime interest to me at
present.
Where one circle (the expanded circle) represents what becomes
electric current and the other circle (the contracted circle)
represents what becomes its generated or binding magnetic field.
Developing this construct as a build from rings (circles), the
contracted ring(s) serving in place of the measured mass of the so
called neutron(s) and proton(s), surrounding the dense section (think
of the Hall effect) of the expanded (rarified) electron rings, that
dense section serving also as a part of the measured mass of the so
called proton and neutron core nucleus. The expanded, rarified
ring(s) repulsively separating uniformly around the now nuclear
binding rings as wave orbitals, filling shells. The expanded ring(s)
in the outermost shell(s) can easily (as the atom's interface with
it's surround) partially collapse to emit a single electron (think of
the Josephson and von Klitzing measurements), and can easily break
apart and straighten out, on the application of electric current
through the atomic center.
As temperature is decreased approaching absolute zero the inner middle
shell
expanded orbitals may spontaneously break apart to join the electric
current to
explain super-conduction. As the temperature continues to decrease
or compression increases (events that are "generally always" opposite
in our present "object-space" view for atomic structure) the
innermost
shell orbitals may also break apart and straighten out, to join the
super conducting electric, current carrying middle inner shell
orbitals of
adjacent atoms, and ultimately, as a change of state, spontaneously
(as a consequence solely of the temperature drop or severe
compression) become a super conducting electric current condensate
from many atoms, forming a composite (inner, middle and outermost
rings) current loop to complete a circuit, where the formerly
individual atomic contracted binding
rings, are repulsed and gathered together on the composite
current loop, allowing the composite current loop to break apart and
arrange symmetrically proportional as orbitals around the repulsed,
but gathered
from many atom's composite binding rings, to build, in the
experimentally contained, temperature lowering case, the Einstein-
Bose
condensate (see johnreed take 6, 15, and addendum to same).
It's almost slight of hand isn't it? Conceptually "elegant" is the
word (see
the post "johnreed take 23 - Dark Matter" for the proposed increased
compression case). This is the general outline. Negative and positive
and/or neutral charges can be inserted between the contracted and
expanded rings to fit the periodic table data. This may include mass
adjusted nuclear guides separating the expanded electron rings. The
Einstein-Bose expectation is conceptually explained.
johnreed
Jack Campin - bogus address
> The Least Action Consistent Stable Universe and the Mathematics
Nothing to do with sci.logic.
Go away.
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e m a i l : j a c k @ c a m p i n . m e . u k
Jack Campin, 11 Third Street, Newtongrange, Midlothian EH22 4PU, Scotland
mobile: 07800 739 557 <http://www.campin.me.uk> Twitter: JackCampin
johnlawrencereedjr
<bo...@purr.demon.co.uk> wrote:
> johnlawrencereedjr <thejohnlr...@gmail.com> wrote:
> > The Least Action Consistent Stable Universe and the Mathematics
>
> Nothing to do with sci.logic.
> Go away.
>
> --------------------------------------------------------------------------- --