The vibration of the objects causes the very rope
of time to oscillate along certain maximum positive
and negative positions (antinodes) away from-mid zero
positions (nodes). The magnitude of the antinodes is
in direct proportion to the importance of the event
in which the vibrating objects participate.
 As in the before mentioned rope model,
also similar to the simplest electro-magnetic wave
model, there are repetitions in the wave cycle. These
repetitions are caused by a combination of inertia
and gravitational elasticity that pulls objects back
to where they were (relatively speaking) at the last
event of equal importance, or, at least, as close to
that position as is allowed by all other forces operating
upon the given objects.
To trace one cycle as an example, event A occurs
at a peak displacement magnitude of +20 units. The
objects that, in a specific combination, composed
event A vibrate out of their positions as time elapses
after the event. At +15, +10, +5, 0 etc. units of
magnitude, the relationship between the objects is
less apparent and, perhaps even, less possible, since
they are in a greater degree of disarray. As the
magnitude becomes greater on the negative side of
the scale (-5, -10, -15 units), the objects increasingly
lose all necessary connection in terms of event A.
At -20 units of magnitude, they are no longer connected.
Although, this does not mean that one, some or all
of the objects cannot have some other relationship
proper to event B but not related to event A After
event B, the objects begin to gradually reconverge
as much as possible into the positions they held
at event A. When the objects again reach the magnitude
of +20 units of displacement at event C, they will
hold a position relatively similar to that which
they held at event A, but event A is not occurring.
It is merely the echo of A at true event C. Likewise,
the positions of the objects at B will be repeated
and echoed at event D.
Just as there is a relation between the magnitude
of the positions of the objects and the importance
of the event, there is also a direct proportion between
the importance and the period of each repetition.
The reason for both relations is in that a more important
event requires and affects more objects and therefore
more mass. The larger mass dictates more magnitude;
the larger number of objects, a larger period--there
are more ways that forces can act on the objects
to prevent reconvergence, therefore it takes longer
for the objects to finally reach it.
* * * * *
He's told me this; it happens some years ago. He
has a girlfriend. They get along. They live together.
They drive around. They might actually be in love. |
