8.13 - Law of Repulsion

"Juxtaposed coherent aggregates vibrating in discord are mutually repelled." Keely

When discord exists between vibrations and oscillations of bodies or aggregates a mutual repel one another and cause expansion. Repulsion occurs whether on the molecular, atomic, subatomic or Etheric levels. Repulsion may occur singly or simultaeously on molecular, atomic or subatomic levels just as attraction as related above.

During the expansion and repulsion phase energy decreases, range of orbital motion increases, spin increases and density of the medium decreases, among other attributes. See right-hand column in Polar States Table.

Vibration then is a periodic change from a state or condition of concord (contraction/assimilation) to a state or condition of discord (expansion/dispersion). These two states or conditions are 1) contraction or attraction (to a center) and 2) expansion or repulsion (away from a center) caused by relative harmony or discord from within the vibrating or oscillating aggregate. One state becomes the other state in rhythmic or periodic interchanges.

A "body" is a tightly bound aggregate of its constituent parts just as a gas is a loosely bound assembly composed of particles or bodies maintained in a tenuous (mutually repulsed) manner. The only difference between a "solid" body and a tenuous gas is the degree of harmonic coherence or attraction/repulsion between the discrete bodies of that gas. There is a preponderance of harmonic attraction in a "solid" body while there is a preponderance of inharmonic repulsion in a tenuous gas.

Four Phases of a Wave

Figure 8.9 - Four Fundamental Motions of a Pendulum

Wave Phases in Steps

Figure 8.10 - Each Phase of a Wave as Discrete Steps Originating from Neutral Center (courtesy University of Science and Philosophy)

Four Phases of a Wave

Figure 8.11 - Four Fundamental Phases of a Wave

See Also

Law of Cycles Law of Repulsion Law of Vibrating Atomolic Substances Principle of Regeneration 17.11 - Law of Vibrating Atomolic Substances

Created by Dale Pond. Last Modification: Monday June 5, 2017 03:49:24 MDT by Dale Pond.