Thomas Lee Abshier, ND
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Relativistic Effects
Time Dilation, Length Contraction, and Mass Accretion
By: Thomas
Lee Abshier, ND
- Relativity has a broad range of effects including: clocks slowing down, light bending
around the sun due to bent space, yardsticks shrinking as velocity nears the speed
of light, and mass-accumulation of the spaceman and rocket in his near-speed of light
vehicle. Such concepts are natural consequences of the effects associated with the
electromagnetic mediated conduction of light through the Dipole Sea (ether).
- The speed of light is modified based upon the variation of the ì and å of space through
which it travels. The Dipole Sea-Matrix mediates these effects, and alters its rate
of electromagnetic conduction based upon the level of polarization by fields permeating
a local space. The fields that alter space come in various forms and aggregations:
o Charge: The inherent electrical polarity associated with every Negative DP and
Positive DP. This charge aggregates with the formation of the various particles
of mass.
o Magnetism: The inherent magnetic field associated with the Negative DP and Positive
DP. The magnetic field is commonly on the level of
o Gravity: a field innate to all particles but concentrated enough to be significant
compared to the EM force with the accumulation of mass.
o Mass: Electromagnetic fields associated with concentrated DPs. For instance, the
electron mass is formed from an allowable quantum of Negative DPs, and a positron
mass from the same quanta of Positive DPs. Neutral mass is thus composed of Negative
DPs and Positive DPs in an equal ratio. Subatomic particles such as protons, neutrons,
mesons, etc. all correspond to collections of various allowable quanta of Negative
DPs and Positive DPs.
o Waves: Fields generated by the Matrix in response to movement of charge.
- The greater the polarization of the space by fields in that space, the slower the
speed of light.
- Refraction is not considered to be a relativistic phenomenon, but it illustrates
how the change in the light conducting characteristics of a medium can produce different
effects.
o Refraction occurs when a photon passes between two media of different light-conducting
characteristics. A transparent liquid like water will allow photons to pass, but
the presence of the water molecules in the space will change the m and e of that
space. If a photon comes from air, it will travel at a slower rate than it travels
in the more field-dense media of the water. The index of refraction is a ratio of
the speed of light in the two media. The light will bend as it passes between the
media if the photon wave strikes the interface between the two media at an angle
less than 90°. If the angle is too acute, the photon will reflect off the interface.
o As a mass accretes into heavier elements, the space around the nucleus and electron
cloud of the mass becomes ever more polarized. Note: crystalline substances will
often have two indices of refraction: 1) an Index of Refraction associated with the
density of the material, and 2) an IR associated with the reflection of photons off
of the electron shells.
- Given that relativity has its domain of effect in “relative motion”, we see the relativisitic
effects appear as mass accelerates to a higher velocity where the space around the
mass becomes sufficiently magnetically polarized to produce the effects of relativity.
o from the energy associated with the force that produced the acceleration. Neutral
mass, e.g. atoms, and neutrons, may appear to have no net charge which may be All
mass is made of charged particles, and the charged particles store energy due to
the momentum field (the magnetic field associated with the velocity of the particle
in relationship to the ether frame).
o The typical equations of relativity relate the difference in one frame vs. the
other to the velocity as seen above in the Figure: MMX frame variation. This equation
relates the relative velocities of the two frames, but it also relates the relative
m and e of the two frames. And while time dilation does not happen because of velocity,
it does happen because of the change of the m and e in the space surrounding the
mass, which in turn modulates how rapidly particles move and interact, as well as
how fast light communicates in that space within that system. The primary change
is that light does not move as quickly, and as a result, it takes longer for message
to transit, move, and interactions to take place.
