Thomas Lee Abshier, ND
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The Quantum Structure of Mass: In the Theory of Absolutes, mass is a densely compacted
assembly of positive and negative DPs that maintains its particulate integrity with
motion. Thus, rather than simply transmitting its organizational structure to another
set of DPs each moment as a wave, the particle of mass maintains its structure, roughly
retaining the same DP cohort composition from moment to moment. But, to justify
this dense DP assemblage we must hypothesize a force that maintains this compressed
DP structure, and to this we appeal to the concepts of quantum theory. Using the
analogy of the electron orbitals, and the allowed states of energy, we hypothesize
that additional ultrastructural levels of allowable energies exist at the subparticle
levels. In particular, that space allows for stable energy structures to exist at
a variety of levels, such as the gluon and quark. These particles likewise have
octaves of allowable quantum assembly that correspond to higher energy quarks.
This concept of allowed quanta of DP assembly energies opens the door for organizing
particles that fill these available stable energy states. Thus, the various quarks,
mesons, baryons, and pentaquark states can form and maintain their structure for
a time, until the statistical forces of collision, and tunneling displacement, degrade
their integrity and precipitate decay. In summary, the amount of DP-compression
associated with each particle corresponds to an allowed quantum of compression above
the density of the resting DP Sea.
Particles depend upon disparity in charge polarity for their attraction. That charge
disparity is maintained by the presence of the central DP, but the charge effect
of even the smallest particle is much larger than the point-charge of the central
DP. The charge effect of every particle is organized around the central DP, but
the structure of the particle is continually shifting because of the small amount
of “jumping around” (as noted above) due to the random annihilations and re-materialization
of the Central DPs.
The polarization of the space around the Central DP is particle-like, in the sense
that some of the DPs composing it maintain their integrity and proximity around the
central DP. But, the particle is also wave-like in that even the DP does not maintain
its identity, and the farther away from the central DP, the less likely the DPs enrolled
to be part of the particle will maintain their association with that particle in
the next moment. Again, the particle congeals around the polar force of the central
DP, and as the particle moves through space, the central DP will be propelled forward
by E field forces generated by the building and collapse of the magnetic field associated
with the movement of the central DP and its cohorts. Thus, the particle retains
both particle and wave-like properties, and depending upon the conditions in which
it interacts, the particle can exhibit either wavelike or particle-like properties
in the interaction.
Thus, because of the requirement to move a DP, the Central DP and its close cohorts,
through space, the compressed DP structure comprising the mass does not propagate
its DP concentration through space at the speed of light like other correlation waves
such as photons. Rather, mass moves in response to the forces of momentum acting
upon it after having been accelerated by the energy transferred to that mass. The
field kinetic energy of the mass is self-perpetuating because it moves the Central
DP, which in turn causes an increase in the E field in the space ahead of the advancing
mass, and a decrease in E field in the space behind the advancing mass. The change
in E field causes the space to react by forming a Magnetic orientation corresponding
to the charge polarity and direction of the advancing charge. The decline of the
E field behind the retreating charge likewise precipitates the collapse of the magnetic
field. And, the declining magnetic field in turn generates an E field which points
in the direction of which propels the mass forward. Thus, momentum is a delicate
balance between forces seeking to accelerate and decelerate the mass, mediated by
changing E fields in the space ahead of, and behind, the mass, collapsing and building
B fields that form in response to the changing E fields, and E fields that propel
and resist the movement of the mass generated by the changing B fields. The forward
force, and backward force are equal, as indicated by the fact that there is no net
acceleration of particles. But, if there is an equal force acting on the particles,
pointing in opposite directions, then the mass would not move. Thus, to satisfy
the condition that the force forward and backward are equal, but that the particle
moves under the influence of force, the forces must be acting upon the mass in a
sequential manner.
In summary, the energy of motion (the momentum and kinetic energy of the mass) is
carried as a complex interrelationship between the Electric and Magnetic field as
they form and decay in the space surrounding each moving DP. The sequence of movement
arose by the accelerating force associated with a net force in a forward direction.
During this period of acceleration, the accelerating force overcame the resisting
force of static inertia. After the force has been applied, and velocity generated,
the forward force still generates first, and the backward force lags.
