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The complete paper is available at the web page "Creation of Momentum".
URL http://home.netcom.com/~sbyers11/CreatMomtm.htm


Magnetic Force System

When electrons move within a normal direct current conductor in relation to
neutral charges; point sinks (pos. charge), and sources (neg. charge) of E
fields are continuously being created and neutralized. This occurs during
the transit time when an electron accelerates from one atom and moves to the
next positively charged atom (ion). During this transit time the electron
(or neg. ion) becomes a distinct E source. The emergence and decay, of these
point E sources and sinks, provides the changing spatial non-uniformity in
the ambient E force field. This resulting non-uniformity (curl) of the E
force field is the steady B field. For constant direct current conduction,
steady state curl E maintains the surrounding steady magnetic B force vector
field. With changing or alternating current conduction EM radiation
propagates as a disturbance (reversing and changing curl) in the ambient Pe
background spectrum. The curl of the propagating disturbance of the E field,
is the B force vector.

The fact that the vector operation of curl produces a math vector in the
same direction as the magnetic force vector is just a coincidence. There is
no physical logic in a "non hydrodynamic" radiation flow model that predicts
that the magnetic force should be at right angles to the non-uniform E force
vector field. The converging E flow is transformed to other diverging
spectra through mixing, in a similar manner to that modeled for common
nucleon matter. This mixing and interference phenomenon may provide the
physical model for the perpendicular characteristic of the B force
phenomena.

The B force vector (E curl) only arises from the non-uniformity in the
spatial intensity of the E field as a result of the creation and
annihilation of E sinks and sources. There are no differential velocity
streamlines in a radiation flow field to form a fluid type vortex. Fluid has
a continuous existence, the E force spectral flow and the free charges do
not have continuity of existence, even though the average current is
continuous. The process of mixing provides sinks and sources for the
divergence of radiation flow. In a vector math statement;... the divergence
of the displacement vector D is proportional to the charge density (rho),
and the charge density varies due to ionization and produces a
derivative;... d divD/dt . The steady state magnetic force vector B is
caused by and is directly proportional to this time rate of change of
charge, (derivative), d rho/dt .

When one models the magnetic solenoidal force field B, as unstable matter,
the magnetic line can then be seen as a linearized simplex basic particle.
It of course has the form of a string, instead of the point form of a normal
particle. In the prior section,
http://home.netcom.com/~sbyers11/Cre...m#Matter_asRad

Matter as Radiation, all other forms of
matter particles are modeled as a three dimensional confluence of radiant
flows. Particles exist within their certain converging harmonic spectra.
This same converging concept applies to the magnetic line, it differs only
in the lack of a three dimensional form and a lack of stability. When atomic
matter decays it exhibits energy; when a magnetic line decays it exhibits
energy.

With this material string model of the magnetic line, the E spectrum is the
predominant detectable spectrum in the confluence of prime radiation which
is converging and mixing to form the line. Spectra resulting from the mixing
of the converging frequencies form the flow of the B vector force.

Facing the north pole, the line is modeled as having a clockwise rotation
into the magnet. The opposite end of this same solinoidal line would then
have a counter clockwise rotation when entering the south pole of the
magnet. In this manner the solinoidal line always retains the same
complimentary direction of spin, within the magnetic material and in space.
The spin vector is of course parallel to the axis of the line. This results
in like poles on two facing magnets having opposing rotation for their
magnetic lines. This opposing rotation is modeled as the system providing
repulsion for like poles. All forms of matter are known to exhibit spin and
repulsion in performing their occupation of space.

Since the magnetic line is always solenoidal this indicates that the B force
field vector does not exist nor terminate in an isotropic scalar B field.
This magnetic line exists as a sink and eddy in the isotropic Pe spectra
!... A parent isotropic B scalar potential spectrum does not exist. The
term radiation suggests that a flow is leaving a point source and
propagating away in a straight radial line. The solinoidal form of the
magnetic line (string loop) is a local disturbance in the prime radiation
and matches the characteristic of matter and does not match the linear
characteristics of radiation. There is nothing in this model that restricts
the spatial form and size of all matter to the form or shape of a point
particle. This matter model also removes the possibility for the existence
of a monopole. The geometry of a solinoidal form does not include end points
or point sources.


The orbital action of charged particles, protons and electrons, in a
magnetic field support this matter model of the magnetic line. The electron
orbits the magnetic line (matter). An analog of this orbital force balance
system is that of satellites orbiting in the gravitational field around
planets. The magnetic line must be providing an E vector force field sink
toward the center of the line, in order for electrical charges to establish
stable orbits. When the magnetic line is viewed as an E field sink, with the
electron being an E field source, there should exist an attraction. This
converging E force field vector is perpendicular to and in phase with the
normal B force vector of the magnetic line and the axial B vector force does
not contribute to the orbital action of the charges.

It is logical that a converging E field of this nature would also cause the
counter orbital rotation of positive charges through a repulsion force.
This may prove harder to visualize than the rotation of the electron under
the attractive force, and of course requires more than one magnetic line in
the field. Isotropic repulsion of a positive charge moving perpendicular to
and within a neighborhood of lines will result in an orbital path.

Experiment shows that the dynamic and static E and B force fields are
mutually perpendicular. Vector math curl gives a rational explanation for
the orbital action of electrons in the magnetic field, but this model and
vector math do not provide a clear physical explanation for the cause of
this 90 degree orientation of the E force and B force vectors.

In the phenomenon of electromagnetic radiation the disturbance of the E
field creates a B force field line. Therefore, from only an ambient
isotropic scalar E spectrum in space,... the E and B force vectors are
manifested. There is no requirement for the existence of a separate
isotropic background "Pb" scalar field to provide a dual Prime carrier
medium for EM radiation.

This model of the magnetic line existing as a sink of E spectra is supported
by the following two known phenomena. Solinoidal magnetic lines form around
a conductor which is carrying constant current ,...and free electrons orbit
around magnetic lines.

It is important to note there is nothing in this model which prevents the
magnetic force field from becoming large enough to encompass a solar system
or galaxy as a feature of the isotropic ambient scalar Pe spectral
intensity. With magnetism's two attributes of;... 1) unlimited size and,...
2) existing as a soft form of matter,... it has the ability to account for
the gravitational phenomena attributed to the hidden or "dark matter". The
magnetic eddies in EM radiation also exhibit their inertia when radiation
causes deviation in the paths of ions and electrons.

The Britannica web site provides another view of this magnetic matter
concept.
Quote:

"It is a significant fact that Maxwell's theory leads to a localization of
energy, which in electromagnetic fields is propagated somewhat in the manner
of a substance, with a density that, for the vacuum case, is

W = (E^2 + H^2)/8pi

There remains also the unsolved problem of clarifying the relation of
gravitation to quantum theory, which is much aggravated by the fact that
gravitational energy allows of no similar localization. (of energy)"
Unquote.

In this above quote Britannica refers to " the fact that gravitational
energy allows of no similar localization" (of energy). Using this radiation
and shadowing model there is no need to view the gravitational field as
localizing,...propagating,... or radiating energy. The unbalanced G spectral
flow is available potential energy for objects which are free to fall with
the unbalanced flow. For whichever point a moving object arrives at, the
gravitational potential energy is already there, and does not need to be
propagated.

It is interesting to note that the electron shell particle concept is
modeled spatially in a manner very similar to the above description of the
magnetic toroid. The electron is modeled, not as an orbiting and spinning
point particle, but as a standing interference wave encircling the nucleus
as a helical solinoidal form and as a source of E force field radiation. In
contrast, the magnetic line is a sink of the E force field. Since there is
no point particle (Electron) orbiting the nucleus it is obvious why there is
no EM radiation and energy loss due to orbital acceleration. The toroidal
standing wave, which is the electron, exists surrounding the nucleus, but
does not orbit it.

In this paper the electron and the magnetic line exist as forms of matter.
Unlike the electron, the static magnetic fields are not stable and are not
known to exists when divorced from matter and or from current flow in
conducting matter. The exception to this may be the gigantic magnetic
fields of the Solar system and the Earth. This underlined link, Magnetism,

http://home.netcom.com/~sbyers11/inertia.htm#60.7

is a link to the earlier treatment of this Magnetic model.

Characteristics of the Magnetic Line

The static magnetic line exists via magnetic matter or current flow.
This confluence of convergence (E sink) is the magnetic line.
Sinking of the E field allows spin of the magnetic line.
The magnetic line encircling a single conductor does not contain a gradient
and therefore does not exhibit a force parallel to the magnetic line.
Force of attraction between north and south poles.
Force of repulsion between like poles.
Force of radial attraction to a line causes the orbit of electrons.
Force of repulsion causing opposite orbit of proton.
Absence of orbital force on neutron.
Attractive force for magnetic material is modified by heat.
Power to establish poles in nearby magnetic material.
The line does not disperse and terminate (sink) in a isotropic background
spectra in the same manner that a E force vector does.
The B force vector does not exist as a gradient in a scalar B spectra in the
same manner the E force vector exists as a gradient in its isotropic E
spectra, Pe. ***


Cheers, Stan Byers
510 651 0368


Gravity, Inertia and Radiation Web Site
http://home.netcom.com/~sbyers11


Continuation of prior post.............

"Stan Byers" wrote in message
news:ueBRa.82448$ye4.60895@sccrnsc01...

Gentlemen of Gravity and Remote Force Interest,

The following content is posted with a request for comments. The only goal
is to obtain
rational reviews with "specificity" regarding individual issues within the
model.