223.70 Plancks Constant

223.67 Synergetics Hierarchy: The Table of Synergetics Hierarchy (223.64) makes it possible for us to dispense with the areas and lines of Euler’s topological accounting; the hierarchy provides a definitive description of all omnitriangulated polyhedral systems exclusively in terms of points and prime numbers.

223.71 Planck’s constant: symbol = A. h = 6.6multiplied by 10^{-27} grams per square centimeters per each second of time. The constant h is the invariable number found empirically by Planck by which the experimentally discovered, uniformly energized, minimum increment of all radiation, the photon, must be multiplied to equate the photon’s energy value as rated by humans’ energy-rating technique, with the effort expended in lifting weights vertically against gravity given distances in given times. Thus automotive horsepower or electromagnetic kilowatts per hour performance of stationary prime movers, engines, and mobile motors are rated.

Table 223.64 SYNERGETICS HIERARCHY OF TOPOLOGICAL CHARACTERISTICS OF OMNITRIANGULATED POLYHEDRAL SYSTEMS

Where one gram = 1 cubic cm. water at 4 C. Volume of z _A 20 Vector Equilibrium “3” Volume of cube

Plancks Constant = h -27 2

h = 6.6 x 10 gram cm /sec.

Gravitational constant

G - 6.6 x 10 & gram/sec²

See section 223.70 for detailed exposition

(OF OMNITRIANGULATED POLYHEDRAL SYSTEMS (See Secs. 223.65 and 223.66 for details.)

223.72 Max Planck’s photons of light are separately packaged at the radiation source and travel in a group-coordinated flight formation spherical surface pattern which is ever expanding outwardly as they gradually separate from one another. Every photon always travels radially away from the common origin. This group-developed pattern produces a sum-totally expanding spherical wave-surface determined by the plurality of outwardly traveling photons, although any single photon travels linearly outwardly in only one radial direction. This total energy effort is exactly expressed in terms of the exponential second-power, or areal “squaring,” rate of surface growth of the overall spherical wave; i.e., as the second power of the energy effort expended in lifting one gram in each second of time a distance of one “vertical” centimeter radially outward away from the origin center.

223.73 Whereas: All the volumes of all the equi-edged regular polyhedra are irrational numbers when expressed in the terms of the volume of a cube = 1;

Whereas: The volume of the cube and the volumes of the other regular polyhedra, taken singly or in simple groups, are entirely rational;

Whereas: Planck’s constant was evaluated in terms of the cube as volumetric unity and upon the second-power rate of surface expansion of a cube per each second of time;

Whereas: Exploring experimentally, synergetics finds the tetrahedron, whose volume is one-third that of the cube, to be the prime structural system of Universe: prime structure because stabilized exclusively by triangles that are experimentally demonstrable as being the only self-stabilizing polygons; and prime system because accomplishing the subdivision of all Universe into an interior microcosm and an external macrocosm; and doing so structurally with only the minimum four vertexes topologically defining insideness and outsideness;

Whereas: Structuring stability is accomplished by triangularly balanced energy investments;

Whereas: Cubes are unstable;

Whereas: The radial arrangement of unit tetrahedral volumes around an absolute radiation center (the vector equilibrium) constitutes a prime radiational-gravitational energy proclivity model with a containment value of 20 tetrahedra (where cube is 3 and tetrahedron 1);

Whereas: Max Planck wished to express the empirically emerged value of the photon, which constantly remanifested itself as a unit-value energy entity in the energy-measuring terms of his contemporary scientists;

Wherefore: Planck employed the XYZ rectilinear frame of shape, weight, volume, surface, time, distance, antigravity effort, and metric enumeration mensuration tools adopted prior to the discovery of the photon value.

223.74 Planck’s constant emerged empirically, and to reconvert it to conformity with synergetics the 6.6ness is canceled out:

volume of

6 6 20 vector equilibrium

3 volume of

cube

Therefore, to convert to synergetics accounting, we multiply Planck’s 6.6 x 3 = 20. As seen elsewhere in synergetics’ topology, the number of surface points of the identically vector-radiused and vector-chorded system’s vector equilibrium as well as of its spherical icosahedron counterpartalways multiplies at a second-power rate of the frequency (of modular subdivision of the radius vector of the system) times 10to the product of which is added the number 2 to account for the axial rotation poles of the system, which twoness, at the relatively high megacycle frequencies of general electromagnetic wave phenomena, becomes an undetectable addition.

223.75 In synergetics’ topological accounting, surface areas are always structural triangles of the systems, which systems, being vectorially structured, are inherently energy-investment systems. As synergetics’ topology also shows, the number of triangular surface areas of the system increases at twice the rate of the nonpolar surface points, ergo the rate of energetic system’s surface increase is accounted in terms of the number of the triangular areas of the system’s surface, which rate of system surface increase is 2OF^{2}, where F = frequency; while the rate of volumetric increase is 20F^{3}. The vector is inherent in the synergetics system since it is structured with the vector as unity. Because vectors = mass x velocity, all the factors of time, distance, and energy, as both mass and effort as well as angular direction, are inherent; and E as energy quantum of one photon = 20F^{2}.