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RES Resonance Energy Structures
RES and the Platonic Solids The role of the Platonic solids in the origins of creation was a favorite topic of Greek philosophers. Modern science often regards these thinkers consideration of these forms as ancient foolishness, but the Greeks posessed a deep intuitive intellect, and their embrace of the solids and certain ratios as heaven sent should not be treated lightly. The range of their mental achievements makes a person wonder what they might have grasped had they known just a few parts of what we know today, such as electromagnetism. We can only speculate about how they might have integrated that information. Symmetry is an idea that the Greeks would find agreeable. The solids have spatial symmetry. The notion of an asymmetrical point is somehow counter-intuitive, and every effort would be made to make it symmetrical. Indeed, the balance of forces that are demanded of existence in space suggests that the tetrahedral form, which can be said to be composed of elemental units of point charge, can exist alone only temporarily. Since distribution of charge is a requisite for all change in space, it necessitates the grouping of these harmonic point disturbances into stable tetrahedral units, which exist as highly interactive sets until they attract others to form the stable, but dynamic tetraSCIET. This discussion considers that the other elemental structures are temporary, and that the SCIET is the foundation elemental form, in fact it can be argued that all points become SCIETs due to the forces of balance and symmetry in space.
Take twenty tetrahedrons and join them on a single, shared point. The edges, represented by the multi-hued line converging in the center, do not fit snugly together, but diverge, forming a loose version of the fourth Platonic solid, the Icosahedron. This simple idea is at the heart of SCIET Dynamics: it is the source the continuing dynamic in all that is. Resonance Energy Structures A resonance energy structure is a system of coordinates in space that distribute charge in patterns that are mutually sustaining. The nature of the patterns is to stimulate the formation of more patterns in values that are derived from the characteristics of the stimulant.
These derivative values are continuously extended in the same manner. It is from this assumption that we conceive the existence of divergent value systems, each functioning as a complement to the other, but with their own chain of consequence Balance Systems in the RES Complex The divergence of values occurs in every RES complex, but it's most significant effect within the natural sciences relates to the divergence within elementary particles, which is responsible for the manifestation of the two types of classical force; electromagnetism and gravity. External Balance Systems
The above illustration is a depiction of the pentaRES corridors that demarcate the edges of the tetraRES systems. The external balance system of the resonance energy structure complex is the consequence of change outside the system. This change is distributed throughout all parts of the RES system through a process of time delayed integration The Internal Balance System
The above illustration is a stellated dodecaRES, each of the twenty corners represent the midpoint of the twenty tetraRES. The center of each tetraRES is a point and when these points are in resonance in the SCIET it creates a dodecaRES, which emanates from the center on twenty legs.
The twenty tetraRES mid-point legs of the tetraSCIET exist as a balance point to the external dynamic. The SCIET RES Complex The SCIET resonance energy structures complex consists of all the patterns and structures that exist as a part of the Single Cycle Integrative Effect Topology's procedure from singularity to singularity. There are three RES components of the SCIET; the tetraRES, the pentaRES and the dodecaRES. The tetraSCIET is not called the icosaRES, because it is composed of twenty descrete tetraRES which lend their resonance to create the other RES that make the RES complex of the SCIET. The tetraSCIET
Twenty tetraRES sharing a single center point make a tetraSCIET, a resonance energy structure that resembles a loose version of the fourth Platonic solid, the Icosahedron. This RES complex represents the external balance system of the SCIET. 20 tetraRES sharing 1 point The tetraRES
The tetraRES has five points of balance: The four corners and the center point. It is one-twentieth of the tetraSCIET, and is considered to exist independently, but normally combines with others to form the closed, stable form of the SCIET.
The pentaRES is the dynamic that exists between the edges of the tetraRES. It is the vehicle for the dynamic that results from the midpoint harmonic established during the external outreach . The dodecaRES
The dodecaRES above is shown with the lines of resonance that occur between the pentaRES stellations on the angle of exchange with the internal midpoint of the twenty tetraRES. The phi ratio is involve here. The center of each tetraRES is a point and when these points are in resonance in the SCIET it creates a dodecaRES, which emanates from the center on twenty legs. SCIET Summary tetraRES and the phi ratio Return to SCIET HomepPage MindField Seminars
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Copyright 1995-2006 Dane Michael Arr All rights reserved. |
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