Time
By: Thomas Lee Abshier, ND
Time is made tangible as a reflection of the sequence of configurations of the particles
of the universe corresponding to the flow of Moments. Each Moment corresponds to
one universal clock tick, and is composed of the sequence of perception, processing,
and action. The cycle of time is universal, being experienced and executed by all
DPs, throughout the entire universe in unison. Thus, there is universal moment by
moment processing of all forces after the movement of the previous moment is complete.
But the flow of time is only visible by the movement of particles.
a) The smallest unit of time is considered to be the Planck Time = 5.39x10-44sec.
b) The vacuum speed of light is 299 792 458m/sec = 3 x 108m/sec for purposes of approximate
computations.
c) The diameter of a nucleon is on the order of 10-15meters.
d) Thus, light will pass the diameter of a nucleus in .33 x 10-24 sec
i) (10-15meters/nucleon)/( 3 x 108m/sec) = .33 x 10-24 sec/nucleon
e) If a nucleon is 104 DPs wide, then light will cross a DP in 10-28 sec
i) (.33 x 10-24 sec/nucleon)/(104DPs/nucleon) = .33x10-28 sec/DP
ii) Note: this leaves 5.39 x 1018 Plank Times available for the processing of the
passage of light through each DP at the fastest possible rate.
iii) Given the number of Moments/processing cycles/Plank times (5.39 x 1018 Plank
Times) for the fastest light to pass through a DP, this leaves a great deal of granularity
available for the increase in processing time.
iv) If the space were stressed by the presence of fields or mass, the and of the
space would change. To cut the speed of light in half would require double the number
of Plank Times spent in processing the additional information in that media.
The Force Particles emitted by the DPs travel at the local speed of light at each
Moment. The FPs may change their speed at each moment. The FPs are intercepted
by one Dipole Particle domain after another. While inside each domain, the FPs are
processed, and then proceed from that space to then be processed inside the next.
The rate at which an FP moves from one DP domain to the next is the effective speed
of light of that FP.
The processing of each FP by the DP domain involves the presentation of the DP with
the FP’s electrical and magnetic vector. And, before the FP can proceed, the DP
must equilibrate with all the FPs that are impacting that DP’s domain. Given the
number of FPs, and the increments of degree that the DP can orient to, it is somewhat
reasonable to assume that in the least-stressed scenario that the DP may take 1018
Planck units of time to integrate all the information present in the FPs in that
Moment prior to releasing the FP.
Thus, the speed of light is correlated with the rate of processing of the FPs through
the Dipole Particle domains, and this rate is in turn related to how much change
is necessary in the orientation of the DP for it to release its own FP each Moment.
In a highly stressed space, the speed of light will be much slower through that
area because the electrical and magnetic orientation of the DP will take longer (more
Plank time cycles) to process.
On a more electromagnetic level of consideration, the rate of FP passage through
each DP domain corresponds to the rate at which the electrical to magnetic energy
transform into each other. Since both the rate of change of the magnetic field,
and the rate of change of the electric field are converted into the opposite type,
there will naturally be a processing associated with “change”. And, such processing
will take more cycles, hence more time, hence result is a slower release of the FPs,
and hence an effective reduction in the speed of light through that space.
Likewise, the greater the electrical and magnetic saturation of that domain, due
to the concentration of DPs in a volume, the slower the FPs will be released. God
has designed the system to process at a certain rate, and at the minimum amount of
processing, the rate of propagation of an FP in, to out, results in the Vacuum Speed
of Light. The system does not just choose how many Grid Points a Force Particle
should passes per moment in an undisturbed DP Sea, rather, this is the amount of
time, and hence rate of transfer of the FPs given the need for processing prior to
proceeding.
Thus, this minimum amount of processing prior to passing establishes the largest
increment of distance that could be traversed in a moment, and hence the maximum
speed of light. With a minimum amount of processing, such as light traversing an
increment of unstressed space, light travels at its maximum rate. When there is
more electromagnetic stress in the space, it takes more Moments/Plank times to process,
and hence longer to traverse an increment of space, which results in a slower speed
of light through a stressed space.
