1131.00 Spoolwrapping of Tetrahedron 
1131.10 Omnitriangulated Strip 
1131.11 Another model is the omnitriangulated strip tape whose width exactly equals the altitude of the regular tetrahedron's triangular face. This strip's surface has been entirely divided into a series of equilateral triangles, each of whose edges are of the same length as any edge of the regular tetrahedron. Employing this wavilinearfaced tape, we can completely and successively spoolwrap the entire surfaces of all four faces of the tetrahedron while also wrapping four of the tetrahedron's six edges and exactly paralleling the wrapping tape along the other two edges of the tetrahedron. None of the four vertexes are embracingly wrapped, but all of them are tangentially wrapped. 
1131.12 The tetrahedron so wrapped has a wrapping axis running through, and perpendicular to, the midpoints of the two unwrapped edges of the tetrahedron spool. Being a regular tetrahedron, this spool may be used as a roller printing device, when its fixes are inked, to make a continuously printed strip of edgetoedge equilateral triangles. Ergo, we have a device for projecting all of the omnidirectionally occurring and tetrahedrally observed data onto a minimumsurface system that is unwrappable onto a flat ribbon printout with fourdimensional coordination. In this method of projection the observer's viewpoint always remains perpendicular to the outside surface of the system, as in the Dymaxion map projection, where any star remains in exact perpendicular zenith to the corresponding point on the map of the world, whether the map is stretched in one flat plane or whether it is the surface of complete unitary sphericity. The same triangles are going to come out flat and the same stars are in exact zenith over their respective points, as the radii remain perpendicular to the system independent of whether the triangular area edges are arcs or chords. 
1131.13 The omnitriangulated strip is an extraordinary mathematical transformation in which you can graphically accommodate the omnidirectionality of all systems in an exactly coordinated mathematical accounting. It can project and print out on a strip all gravitational and radiational data, be they in the form of stars, fishes, or anything. They are all coordinatably printoutable onto one continuous flat ribbon map. What we have is a true prototype of an omnidirectional typewriter. It can print out each omniembracing layer of each frequency layer of each convergentdivergent system. When you print out the omnidata on such a strip, it identifies specifically where and when each event in the transformation occurs. 
1132.00 Greatcircle Shunting and Switch Points 
Fig. 1132.01B Fig. 1132.01C 
1132.01 This omnidirectional, convergentdivergent, systemsreporting device can print out the mosteconomicalinterrelationships trackings and informationcoordinating routings of all systems, because it embraces the pattern of all 87 of the most economical and only available greatcircle railroad tracks and nolossholding stations of energetic Universe; i.e., through all the closestspherepacked systems; i.e., through all the isotropic vector matrixes. In other words, if you want to go from here to there in Universe in the quickest and most economical way, while stopping over here and there for indefinite periods at noextracost hotels, you have got to go through the 12 points of intertangency of the 25 great circles of fundamental symmetry that apply to all the atoms and their association in all seven of the fundamental symmetry subsets. 
1132.02 The 31 great circles of the icosahedron always shunt the energies into local holding greatcircle orbits, while the vector equilibrium opens the switching to omniuniverse energy travel. The icosahedron is red light, holding, nogo; whereas vector equilibrium is green light, go. The six great circles of the icosahedron act as holding patterns for energies. The 25 great circles of the vector equilibrium all go through the 12 tangential contact points bridging between the 12 atomic spheres always closest packed around any one spherical atom domain. 
1132.10 Greatcircle Railroad Tracks of Energy 
1132.11 Each of the 25 great circles of any one closestpacked sphere can be used by that special local sphere as an "untilready,'' local shuntoff, holding circuit track for any traveling energy entity. This is permitted by the fact that each and all of the 25 great circles are foldable into local, bowtie, cloverleaf, figureeight, ``chainofsausages," threeorfourbladedpropellertype patterns which, when totally interassembled, also provide full, uninterrupted, 360degree, aroundthesphere circuitry. The energy entities can travel around locally on any one sphere's holding tracks in these local 360degree total shuntings for as long as is "convenient'' to the system. 
1132.12
The 25 great circles of the vector equilibrium are
the only omniintersystem
connecting "railroad tracks'' of energy in the Universe.
When an energy entity holding
locally on a local sphere gets a green light to get
back on the grandomniinterspheres'
system tracks, it can do so by crossing over one of
the 12 interatomicsphere bridges. As
we have seen in Sec. 450,
three of the vector equilibrium's
four unique sets of great
circles, whose respective numbers total 25, disclose
different rates of encounter with the
tangential "Grand Central Stations'' through which
the energyentity travelers can
transfer to other spheres of the omniequiradiused,
closestpackedsphericaldynamics
domains of any one elemental atomic class. Arranged
in order of the number of encounters
with (and entries into) the spheretosphere, tangential
grandcentral transfer points per
each greatcircle cycle, they may be accounted as follows:

1132.13 Because only 12 of 16 station transfers can be accommodated, each sphere has inherently eternal retention of four energy entities. Four energy entities comprise the minimum systemdefining constellation^{__}i.e. the tetrahedron^{__}which is exactly one energy quantum. Thus we see that the 16 potential encounters of the 25 greatcircle sphere may be identified as 16/4=4 energy quanta, of which only three may be accommodated at the exits: wherefore a fourth quantum is always retained. No sphere or atom can be exhausted. 
1133.00 Information Control System of Universe 
1133.01 In the vector equilibrium's total of 25 greatcircle circuitings, we find at any one moment four different sets of greatcircle holding patterns and four energy quanta per sphere, but with exit accommodation for only three quanta. With all these beautiful local holdingcircuit switches and stopandgo controls we begin to comprehend conceptually the method by which nature can shunt, valve, hold, and transmit all information in Universe. This is the informationcontrol system of the Universe. This is the way spheres transmit through closestpacking patterns. 
1133.02 This is why transistors work; it explains why somebody was suddenly able to discover that a tiny piece of metal embraced an energyquanta valving system having reliable regularities. Science unthinkingly spoke of this phenomenon as "solid state physics,'' partially because individual humans could not see those beautiful little atoms and electrons doing their acts on their railroad tracks and their respective local greatcircle energy holding patterns, and partially because science has been flying blind on instruments. For over a century science has been maintaining stubbornly that there was nothing to see by looking out of the windows. They said nature does not use models in the invisible microcosm; she uses only abstract equations. This "nonconceptuality viewpoint" was fortified to the public by use of the term "solid state physics." 
1133.03 In the behaviors of the vector equilibrium's 25 great circles we have the basis for the design of a nuclear omnidirectional typewriter, a programmable computer smaller than a pinhead, which is capable of storing, retrieving, and printing out all humanly acquirable information. Synergetics mathematics has the ability to convert the spherically arranged information and project it onto flat conceptualinformationprintout arrays of negligible distortion. The leastpossibledistorted transformational projection is icosahedral treatment employed in the Dymaxion airocean world map system. The simplest frame of reference, however, is that of the spherical tetrahedron, which transforms into the flat, omnitriangulatedgrid, stripwrapped, fourdimensionally symmetrical tetrahedron. The tetrahedron produces a conveniently linear, fourdimensional roller printout. 
1133.04 These transformational projections afford the most economical, least distorted means of translating the symmetrically omnidirectional into a flat symmetrical projection. The prime structural system of Universe, the tetrahedron, unwraps linearly to print out all possible variations of angle and frequency modulation. Here we have a conceptualizing model that can be reliably programmed to conceptualize atomic structurings at humanly discernible magnitudes. This kind of atomiclevel behavior is exactly what all the computer model specialists have been missing^{__}ergo, the magnitude of the chasm between their projective equation strategies and synergetics' four dimensional conceptual integrity independent of size and its inherent ability to deal discretely with closestpacked atomic system proclivities and behaviors. 
Next Chapter: 1200.00 