3.3.6 The Source of Uncertainty
If we suppose the particle is
composed of N individual geometrical points, or monads, each of which
is an instance of the Single Monad, then these points are created internally
at the speed of light in the real flow of time, and appear to be
collectively moving in the outward imaginary time at the limited speed v;
thus the particle is described by (c, v). The total kinetic velocity
of the particle v is the time average of the velocities of all
individual points, each of which is either at rest or moving at the speed of
light at the particular single instance of the time of measurement.
Therefore, in an object or
particle of N individual points, because only one point actually
exists in the real flow of time on the inner level of perpetual creation,
the position of this point is completely undetermined, because its velocity
is equal to c, while the rest have been already defined, because they
are now in the past, and their velocities had been sequentially and abruptly
collapsed from c to zero, after they had made their corresponding
specific contribution to the total quantum state which defines the position
of the object with relation to the observer.
When the number N is
very large, as it is the case with large objects and heavy particles, the uncertainty will be very small, because only one point is completely
uncertain at the real instance of time. But for small particles, such as the
electron, the uncertainty could be considerably large, because it is
inversely proportional to N.
This uncertainty
in position will also increase with (the imaginary) velocity
v, or momentum p=mv, with relation to the observer, because higher velocity means that on average more and more points are becoming
in the real motion, at c, rather than rest. So the number of monads
is actually the number of discrete states at the time of measurement with
relation to a stationary observer. This number decreases as the object
accelerates, because the states that are at c are indistinguishable,
so the number N tends to one when velocity tends to c, in
which case the momentum will be defined at mc but the uncertainty in
position becomes 100%, so all the states will overlap until they
become completely indistinguishable as in the case of Bose-Einstein
statistics as we have seen in the previous section. When the mass tends to
infinity, the number of states tends infinity too, and the uncertainty
becomes in position zero, which describes a singularity in space-time
geometry, but in that case the momentum, or energy, will be completely
undefined.
The science of Time is a noble science, that reveals the secret of Eternity. Only the Elites of Sages may ever come to know this secret. It is called the First Age, or the Age of ages, from which time is emerging.
