Successivity






		The SCIET derives from a single measure, the Unitary Value of the distance between the center and the edge, and defines all the space surrounding the center through equidistant angularities and subdivisions while retaining that definition of their existence together as a permanent record. The measure is as unlimited as the Awarness from which it came. There is no limit on smallness or largness except the speed of change itself. The SCIETs spatial structure is a Resonance Map that can be illustrated by the use of twenty tetrahedral forms attached together at a single virtice. The forms simulate the event horizon structure surrounding a tiny primeval single value blackhole, a continuing reaction of the void to the original charge intrusion. You might say that the SCIET is an isotope of black hole ``bubbles" that are stimulated into existance by the presence of difference and stabalized by resonance.

SCIET Memory

Principle of Angular Successivity

Successivity is when A SCIETline's successive subdivisions preserve angularity

The Stages of Creation
SCIET Memory

Angular Successivity addresses the mechanisms of time and angularity as expressed in the point to point exchange between SCIETs. The first measure between the two encompasses all the smaller ones, but it is unique and each of the subdivisions are unique also for they are each an expression of the former one to one exchange, and in this way all the subdivisions are different and represent a series of moments traveling on the same angle toward the center and they can all be attributed to the different angles by frequency as well.

Thus there is a correspondence between the sequence of subdivision and angularity. An example is the hologram, in which all the information regarding location in space is transmitted together in a beam of light.

For purposes of illustration we can take a single pulse and say that during that pulse twelve individual values coexist within a single framework. During the next pulse the same framework still contains twelve values, but the largest one has been replaced with a new value based on the new pulse moment, and the rest of the values have moved to the next step, except for the oldest one, which has moved into a different state.

Thus each framework contains a sequence of related values of time.