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This page is old. Please click on our NEW PAGEParticle Spin & Propulsion If a
particle has spin angular momentum of 1hbar then if the particle's spin axis
flips from up spin to down spin and then to up spin again then it will be in
the same quantum state meaning that how it interacts with all the other
particles around it will be the same as before it flipped twice or a total of
360 degrees of spin axis flip. If a
particle has spin angular momentum of 1hbar/2 like the electron then if the
particle's spin axis flips from up spin to down spin and then back to up spin
again then it is only 1/2 way back to being back in the same quantum state even
though its spin axis and associated North-South magnetic dipole field is
pointed back in the same direction again. The way it interacts with its
environment has changed. This is evident in a "2 slit" experiment
because destructive interference occurs where constructive interference had
occurred and vice versa when creating an interference pattern between
electron's that haven't been flipped by 360 degrees with those that have 360
degrees of flip. But after 720 degrees of flip, the electrons passing through a
2 slit apparatus show the original interference pattern again when interfering
with electrons that haven't been flipped at all. Quantum
physics describes an electron as having 1hbar/2 angular momentum to explain these
results. However, in the equation for the electron's magnetic moment a gyromagnetic ratio of approximately 2 must be added to get a value for the electron's magnetic moment that equal's the measured value.
These characteristics of an electron can be explained in a classical
way by analyzing how all particles precess all the time and by analyzing the
precessional phases of all the particles involved and the EM (electromagnetic)
waves exchanged between them all by their precessional motions. When
describing the spin of the electron, quantum physics suggests that it is
"as if" the electron has a precessional angle and has precessional
motion. What modern science has not realized is that in fact it really does.
EM energy radiated and absorbed due to this precessional motion
is continuously exchanged with all other particles with similar precessional motions.
This EM interaction between the electrons passing through
a 2 slit apparatus and the particles of the atoms of the 2 slit apparatus is
what causes a particular interference pattern to develop. If 2
free electrons are precessing in phase and 1-electron experiences 360 degrees
of spin axis flip then its precessional phase is also shifted relative to the
other electron. Two free electrons precessing will tend to naturally move to a
state of either precessing in phase or 180 degrees out of phase due to the EM
waves exchanged between them by their precessional motions. At any other
precessional phase the EM forces developed between them will tend to push them
back to positions where they are either precessing in phase or 180 out of
phase. These EM forces developed between them from EM energy exchanged between
them due to the precession of their magnetic dipoles is what moves them into
quantized states. To
visualize precessional phase, imagine looking down into the axis of
precession of 2 particles and then see (in a 2D plane from that eye point) the
precessing of them both frozen in a snap shot of time and see the spin axis of each pointing
the same direction (zero phase difference) or opposite
directoins (180 degrees precessional phase difference). I think it is hard to visual
what I'm trying to get across and I will try to show this with a video showing
the actual positions, motions and exchange of EM energy when I can. Quantum
physics describes exchange coupling and exchange energy in a purely
mathematical way without any real world processes and
characteristics of particles or classical analog that accounts for the spin characteristics of
particles. It is possible that there are real processes and spin characteristics of
particles and particle interactions and that a valid classical description exists.
In this case, compensating precessional motions are involved of paired electrons with up and down spin or
simply precessional motion of unpaired electrons. There is EM energy that is radiated
to and from the precessional rotation of the magnetic dipoles of all these
precessing charged particles, even from spins normally thought of as compensated,
such that energy is continuously exchanged between
them all and there is always an amount of EM coupling between all precessing
particles. EM coupling and energy exchange from precessional motion occurs even
among quarks of protons and neutrons but at much higher precessional
frequencies than with electrons.
Once any particular particle has achieved synchronous precessional motion will
all other particles then the energy stored in the difference in phase of the EM
emissions between them will reduce towards zero. It would be hard to detect
even any EM energy between them since as long as they are in sync there is very
little energy stored in the difference in phase of EM emissions from them all. However
as soon as you attempt to make that particle move to a new position in space
its EM emissions from its precessional motion will not be in
phase with emissions of all other precessing particles around it near or far.
The EM forces that develop due to this difference in phase between their
precessional motions will cause a resistance to its motion to a new location
and force must be applied against this resistance in order to successfully move
any precessing particle to a new location.
This is the cause of inertial resistance to the acceleration of matter. All
charged particles precess due to the EM emission exchange that has already been
setup among them all. Also angular momentum is kept the same for all same type
particles because if any particle emits too much energy from its precessional
motion so as to start precessing slower then that energy is immediately
replaced with energy absorbed from all EM emissions of all other precessing
particles everywhere of similar type. If by a
man made device a large group of precessing particles making up all the atoms
of a vehicle and its contents could be made to precess at a shifted phase
relative to the phase of EM emissions of all other matter then a sudden a swift
motion of the vehicle could be achieved by the forces that develop on all the
particles of the vehicle due to the phase shift of the EM emissions of all the
particles of the vehicle relative to all the EM emissions of all other matter
in the area. |
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