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. |