1070.00
Plurality of Inherent Topological Twonesses
[1070.00-1077.11 Geometry of Two Scenario]
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1071.00
Systematic Character of Prime Thinkability
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1071.10
Prime: Prime means sizeless, timeless, subfrequency.
Prime is
prehierarchical. Prime is prefrequency. Prime is generalized,
a metaphysical
conceptualization experience, not a special case.
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1071.24
Radial depth is expressed in frequency of omnidirectional
wave propagations
per unit of time.
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1071.26
Prime thinkability is inherently systemic. Prime epistemology
is generalized
thinkability. Epistemology discovers intuition.
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1071.28
Structures are systems and have radial depth; wherefore
"surface" triangle
structures are always tetrahedra or truncated tetrahedra.
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1072.00
Definability of Structural Systems
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1072.11
Given: definition of prime: Sec. 1071.10 Given: definition of system: Sec. 400.01 Given: definition of structure: Sec. 600.02 Given: definition of structural systems: Sec. 610.20 Given: definition of prime tetra, octa, and icosa: Sec. 1011.30 Given: definition of subfrequency: Sec. 1011.32 Given: definition of nucleus: Secs. 414 and 1012.01 Given: definition of thinkable generalization: Sec. 501 Given: definition of special case realizations: Sec. 504 Given: definition of cosmic inherency: Sec. 1073 Given: definition of two kinds of twoness: Sec. 223.05 |
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1072.20
Generalized Topological Definability
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1072.30
Wave and Particle Definability
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1072.32
Particle is frequency-definable special case, and wave
is angularly defined
generalization. The numerically unique condition of
special case 5 (not equal) 4 of generalizations
identifies the dilemma of physics in reconciling the
minimum fourfoldedness of wave
definability by angles and the minimum fivefoldedness11
definability of particle
particularization by unique frequencies. (See Secs.
541.30,
961.46,
973.30, and
986.720).
(Footnote 11: See Sec. 1053.12-15.) |
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1073.00
Cosmic Inherency
|
![]() Fig. 1073.10 |
1073.10
Four Kinds of Twoness
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1073.12
All systems are conceptually differentiated out of
Universe.
System + environment = Universe
Universe - system = environment
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1073.13
The environment is dual, consisting of the macro and
micro (outsideness and
insideness). Ergo, a fourth twoness of all prime structural
systems is synergetically
accountable as
2 + 2 + 2 + 2 = 8.
(See Fig. 1073.10.) |
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1073.14
Integral system is threefold twoness = 6. Integral Universe is fourfold twoness = 8.
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1073.15
The Indispensable Center: At the indispensable center
of the system
convergent-divergent Universe turns itself inside out.
The invisible, a priori, multiplicative
twoness differentially disclosed in the system's omnitopological
hierarchy is manifest of
the integrity of the sizeless, timeless nonconceptuality
always complementing the
conceptual system takeout from nonconceptual Scenario
Universe's eternal regenerating.
(See Sec.
1006.10.)
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1073.20
Interrelationship Twoness: Third Kind of Twoness
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1074.00
Prime Nuclear Structural Systems
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1074.10
All prime nuclear structural systems have one__and only
one__ (unity two)
interior vertex.
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1074.11
Internally nuclear structural systems internally consist
entirely of tetrahedra
that have only one common interior vertex: omniconvertex.
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![]() Fig. 1074.13 |
1074.13
In all nonredundant, prime, nuclear structural systems
the congruently
interior-vertexed, omnisystem-occupying tetrahedra of
all prime structural systems may all
be interiorly truncated by introducing special-case
frequency, which provides chordal as
well as radial modular subdivisioning of the isotropic-vector-matrix
intertriangulation of
each radial, frequency-embracing wave layer, always
accomplished while sustaining the
structural rigidity of the system. (See Fig.
1074.13.)
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1074.20
Omnitopological Domains
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1074.21
Omnitopological domains are defined in terms of the
system's unique
central-angle-defined insideness and its unique surface-angle-defined
outsideness. (See
Sec.
1006.20.)
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1074.30
Spin Twoness and Duality Twoness
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|
1074.32
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1075.00
Special Case: Energy and Information
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1075.20
Equation of Intellect
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1076.00
Primitive Regeneration
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1076.13
Physics of the 1970s identifies:
2 quantum = 1/2 spin; and 1 quantum = 2 (spin/2)
Conception-birth comes with the realization that the aspects of the externally viewed, plus-curvature convexity that are seemingly separate from those of the internally viewed, minus-curvature concavity have no interveningly differentiating, zero-curvature sheath structurally differentiating the only timelessly (or generalized) conceptual coincidence of both the plus and minus curvature. In the alternately plus-or-minus pulsativeness frequencies of special case time the multiplicative twoness "conception" releases or gives birth to new, coexistent, additive twonesses as independently axially spinnable: special case spin twoness inherently coupled with the duality twoness, producing the individual unity fourness, with its primitive sixfoldedness of integral system interrelatedness and its eightfolded integral Universe environment. |
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1077.00
Prime Number Inherency and Constant Relative Abundance
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1077.10
Since the relative interabundance of one nonspin vertex
for every two faces
and every three edges is a constant topological system
condition, we may identify them as
a constant interabundance set in terms of the number
of vertexes and edges as a constant
topological relationship of all symmetrical and triangularly
stabilized, modularly
unsubdivided, polyhedral systems.
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1077.11
We may substitute T, meaning the number of topological
system sets, for the
bracketed groups:
.: 2 + 2 = T.
And when the symmetrical, omninonredundantly triangulated,
modularly unsubdivided
systems are subjected to symmetrical modular subdivision,
and the number of edge-
module subdivisions is represented by F, then:
2 + 2NF2 = T.
where the first 2 is the additive spin two; the second
2 is the multiplicative duality two; N
is the prime number uniquely characterizing the system;
F is the frequency of modular
subdividing; and T is the number of topological sets
of one vertex plus two faces equal
three edges (1 + 2 = 3) that exists in the symmetrical
structural (because nonredundant)
triangulated polyhedral system. Q.E.D.: See Sec.
223.
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