INDEX for 'C'

C Module.
See Module:
C quanta module
Cage, John,
1053.827
Calculation.
See
Synergetics calculation
Calculus,
207, 223.82, 224.07, 224.11, 400.24, 505.63, 508.10, 520.02, 532.12, 535.01, 535.04, 540.09, 825.33, 982.81, 1001.16, 1221.11
Cam: Cams.
See
Triangular-cammed model
Campbell, Ramsey,
986.211
Cancel: Canceling.
See
Self-canceling
Cannon balls.
See
Stacking of cannon balls
Capturing the otherness,
1006.12
Carbon,
793.03, 931.61, 986.053
Carrier wave,
1223.12
Cartographic grid,
251.20
See also:
Constant zenith projection
Dymaxion airocean world map
Three-way grid
Case
See:
General case
Largest case
Limit case
Middle case
Minimum limit case
Special case
Temporal case
Terminal case
Caterpillar, Fig.
321.01, 322.01
Cay & decay,
1053.84
Celestial entropy,
100.014
See also
Impounding
Cell: Single cell: Biological cells,
229.02, 263.02, 531.04, 751.06, 1025.13, 1041.12-13, 1044.08, 1052.67
Center,
400.62, 421.10, 441.03, 541.41, 963.12-13, 960.08-09, 960.05-06, 982.10-16, 981.11, 1002.13, 1004.11, 1005.611, 1073.21
See also:
Congruence at the center
Emptiness at the center
Energy center
Inflection center
Invisible importing center
Nucleus
Off center
Referential centrality at zero
System center
Torque at the center
Center ball: Center sphere,
261.04, 441.03, 445.12, 460.07, 461.01, 527.52-53, 537.43, 782.20, 905.48, Table 943, 1012.11, 1012.14-16, 1012.20, 1032.11, 1033.666, 1053.16, 1053.31-32, 1053.812, 1073.15, 1223.14 footnote, 1223.15
See also:
Initial sphere
Nucleus
Center of convergence.
See
Torque at the center of convergence
Centers of energy rebirth,
960.05
Central angle,
541.08
Central angles & surface angles,
251.12-13, 455.01, 456.04-05, 527.22, 536.11, 541.01, 541.01A, 770.21, 794.18, 795.09, 902.20-22, 902.30-33, 905.48, 905.65, 905.72, 905.74, 986.317, 986.48-82, 986.571, 986.821, 987.064, 1050.20, 1050.35-44, 1051.20, 1051.30, 1051.40, 1051.50-55, 1074.21, 1238.27
See also:
Chords & arcs
Circumferential field
Polyhedral profiles
Radiation-gravitation
Central symmetry,
223.05, 260.33
Centrifugal forces,
466.18, 466.20-23, 1009.86
Cerebrate: Cerebration,
508.03
CGS measurement: CGtS system,
201.22, 204.01, 216.01, 223.71-91, 266.07, 268.04, 540.41, 825.32, 962.01, 962.12, 963.01, 966.05, 973.33, 982.50-53, 987.222, 1053.71, 1054.70
Chain linkage,
415.53, 608.07-08
Chain reaction,
419.05
Chain stronger than its weakest link,
109.02-04
See also:
Alloy
Tensile strength of chrome-nickel-steel
Change,
935.13
See also:
Alteration sequence
Interchangeable
Local change: No local change
Rates & magnitudes
Tetrahedron: Dissimilar rates of change accommodation
Transformability
Changeless,
251.27, 504.17
See also
Eternal
Cheese tetrahedron: Coordinate symmetry,
100.304, 441.10-23, 623.00-20, 905.31, 986.061-64, 986.711, 986.720-29, 1232.23,
Chef's cap polyhedra,
Fig. 100.103B, Fig. 527.08A & B, Fig. 987.210A, 987.213, Fig. 987.230
Chemical bonds,
646.00-04, 931.00-51, Fig. 931.10, 931.60-62, 1033.663, Fig. 1054.40, 1054.56-58
See also:
Bonds: Bonding
Multivalent
Chemical elements.
See
Ninety-two elements
Chemistry: Chemical,
106, 200.01, 201.01, 201.11, 201.21-22, 445.10, 538.13, 620.08, 751.08, 901.19, 905.16, 986.088, 986.541, 986.635, 987.042, 987.075, 1005.40, 1005.612, 1007.16, Fig. 1012.14B, 1024.22, 1024.25, 1033.010, 1033.121, 1052.69, 1054.51, 1230.11
See also:
Biochemistry
Compounds: Chemical compounds
Hex: Chemical hex
Ninety-two elements
Organic chemistry
Physics vs chemistry
Self-regenerative elements
Chess, game of Universe,
537.02-03, 537.41-45, 540.09knight's move in chess, 540.09
Chick: Chicken, Fig.
321.01
Children: Childhood
See:
Awareness of the child
Baby
Kindergarten
Kindergarten level of comprehension
Naive perception of childhood
Scenario of the child
Sense coordination of the infant
Children as only pure scientists,
100.017, 100.102
Child's mother,
223.11, 264.02, 265.06, 1023.20
Chord,
711.20-36, 962.42, 982.81, 1023.16, 1032.21, 1053.21
Chord-halving,
Fig. 1012.14A
Chords & arcs,
223.13, 515.02, 520.12, 535.11, 539.09-10, 703.09, 715.01, 761.04, 794.14-24, 905.63, 963.12, 982.83, 985.03, 986.317, 986.633, 1021.10-20, 1051.20, 1103.03, 1106.22, 1107.30
See also:
Central angles & surface angles Local radius & wide arc
Chord factor,
794.19, 795.09
Chords & notes,
1052.68
Chrome-nickel-steel.
See
Tensile strength of chrome-nickel-steel
Chromosomes,
181
See also
DNA-RNA
Cigar: Cigar-shaped,
640.12, 640.20, Fig. 640.20, 640.30, 641.02, 644.01, 645.01, 792.36, 794.21
Cinema
See:
Film strip
Moving picture
Cipher,
000.103-04
See also
Null
Circle,
529.04, 539.03-10, 811.01, 813.01-04, 982.83-84, 985.10, 986.816-17, 1007.25, 1050.37
See also:
Closest packing of circles Great circles
Great circling
Circuit: Circuitry,
267.03, 427.07-17, 501.06, 522.05, 527.09, 535.21-22, 646.03, 647.02, 842.07, 961.46-48, 981.12, 1007.23, 1011.30-31, 1012.11
See also:
Closed system: Closed circuit
Energy networks
Fail-safe alternate circuits
Feedback circuitry
Holding patterns
Hydraulic circuitry
Icosahedron as local shunting circuit
Invisible circuitry
Minimum cycle
Roundtrip circuit
Series vs parallel circuitry
Shunting Turnaround limit
Circuit pattern tensegrity,
1033.019,Fig. 1033.019, 1033.020
Circular unity.
See
Cyclic unity
Circumference: Circumferential,
537.22, 765.01, 986.874
See also:
Embracing: Embracements
Gravity as circumferential force
Icosahedron: Circumferential closest packing
Nuclear-circumferential
Radial-circumferential
Circumference & leverage,
1051.10
Circumferential field,
1051.30
Circumferential twoness,
1051.10
See also:
Inward-outward twoness Two kinds of twoness
Clear space polyhedra,
422.01
See also:
Allspace filling
Self-packing
Cleavaging: Cleavages,
987.033, 987.100-416
See also:
Hemisystem cleavages
Spin-halvings
Click-stop phases,
270.11, 987.062, 987.315
Click-stop subdivisioning,
1033.120-28, 1033.75
Clock,
529.01, 530.05, 535.21
See also:
Atomic clock
Invisible motion of hands of the clock
Closed system: Closed circuit,
000.107, 224.03, 251.37, 251.46, 331, 400.25, 501.06, 527.09, 537.02, 537.05, 538.02, 538.15, 541.19, 602.01, 814.01, 953.50, 986.317, 986.835, 1006.41, 1011.30, 1023.11-16, 1023.18, 1033.492, 1053.30
See also:
Finite: Finity
Perpetual motion machine
Returning upon itself: Systems return upon themselves
Systematic enclosure
Closest packing of bubbles,
1025.10-14
Closest packing of circles,
982.80-84
Closest packing of rods,
412.01-02, Fig. 412.01, 792.32-40, 1012.35, 1107-10-42
Closest packing of spheres,
200.03, 222.00-53, 260.30-52, 261.03-04, 268.07, 410.00-419.05, 419.30, Fig. 419.30, 420.05, 421.01, 427.02-04, 466.31-35, 466.01, 515.31, 536.01, 621.07, 782.30, 782.40, Fig. 930.11, 931.61, 936.17-18, 942.01-05, 981.01-24, 982.13, 982.71, 986.143, ,986.150-51, 986.161, 986.223, 986.440, 986.741, 986.760, 986.771-73, 987.061, 1002.11-13, 1006.11-13, 1006.35-36, 1008.11-15, 1011.35-62, 1012.15, 1033.11, 1033.81, 1052.32, 1053.848, Table 1053.849, 1210 (p. 754)
See also:
Aston, F.W.
Balls coming together
Icosahedron: Circumferential closest packing
Isotropic vector matrix
Nestability
Omnidirectional closest packing of spheres
Precession of two sets of 10 closest packed spheres
Precession of two sets of 60 closest packed spheres
Spheres & spaces
Stacking oranges and cannon balls
Clothesline.
See
Tensegrity clothesline
Clouds,
543.02, 790.11, 986.743
Cloud chamber,
517.04, 517.13
Coaction: Cointeraction,
987.011, 987.042
Coexisting: Always & only,
226.11, 400.04, 507.03, 790.13, 792.40, 1033.621
See also:
Cofunctions
Convex-concave
Co-occurring
Covariables
Structural functions
Cofunctions,
515.33
Cognition: Cognitive: Cognizance,
440.12, 502.20, 505.72, 526.14, 543.02, 610.03, 801.13, 938.11
See also:
Pattern cognizance
Recognition lags
Coherence: Cohesion,
000.112, 109.01-03, 112, 223.08, 430.03, 440.08, 518.05, 606.03, 614.01, 640.21, 640.50, 644.01-02, 645.03, 647.03, 700.03, 713.08, 726.03, 780.24, 790.11, 921.02, 987.222, 1009.30-37, 1024.15-21, 1051.40, 1052.71
See also:
Co-orbiting of Earth & Moon around Sun
Critical proximity
Universal integrity
Coil,
529.04, 644.01, 1032.12, 1032.23
See also
Spiral
Coin toss in the air,
504.03
Coincidental discoveries,
250.50-61
Cold.
See
Cryogenics
Collective concept,
307.01
See also:
Group principle
Impounding
Collision.
See
Ships colliding
Color spectrum: Red, orange, yellow, green,
blue violet, 269.02, 269.05, 1024.12, 1024.17, 1053.826
See also:
Electromagnetic spectrum
Optical rainbow range
Columbus, Christopher,
000.104
Column,
640.02, 640.11, 640.20, Fig. 640.20, 640.30, 640.60, 644.01, 646.01, 705.03, 706.01, 707.03, 721.02, 724.34, 790.18-22
See also:
Slenderness ratio
Tensegrity column
Comet,
645.10, 1009.68, 1009.69
See also
Cosmic vacuum cleaner
Comfortable.
See
Most comfortable
Coming apart phase,
935.221
Commensurability
See:
Incommensurable
Intercommensurable
Mensuration
Omnirational
Rational whole numbers
Commitment to humanity,
537.54, 543.15
Common sense,
1001.26
Communication to self & others,
100.010, 302, 510.10, 1056.15
Communications,
163, 302-03, 326.05 footnote, 326.40, 504.11, 526.31-35, 530.02, 801.23, 1056.15, 1052.64, 1052.641, 1052.70
See also:
Dictionary
Information
Telephone
Tunability: Radio programs
Words
Communications hierarchy,
1056.20 (15-1)
Communications tools,
1052.70
Compact,
445.01
Comparison: Comparative,
223.11, 411.03, 528.06
Compass rose, Fig.
608.23
Compenetrate,
505.04
Compensate.
See
Complex intercompensation
Complementarity: Complementary,
223.08, 501.13, 506.41, 636.01, 637.01, 642.01, 792.40, 812.03, 814.00-01, 953.21, 986.049, 1013.21, 1032.21, 1033.664, 1075.23
See also:
Coexisting: Always & only
Cosmic complementary
Eightfold complementarity
Energetic functions
Intercomplementary
Rationality by complementation
Tidal
Complementarity: Principle of,
226.10-11, 326.25
Complementarity of growth & aging,
1052.54-59
Complementary allspace filling, Table
223.66 (Col. 5), 400.42, 784.10, 915.02, 950.34
Complex: Complexity,
000.112, 100.011, 240.03, 240.09, 240.11, 240.26, 262.05, 264.01, 265.06-07, 311.01-03, 311.10, 311.13, 311.16, 325.12, 325.14, 400.05, 400.54, 453.03, 505.03, 511.01, 518.04, 519.03, 529.22, 533.21, 535.21-22, 543.25, 905.21, 966.12, 986.066, 986.571, 986.814, 986.853, 1001.21, 1005.40, 1011.35, 1044.09, 1053.30, 1075.10, 1130.24
See also:
Humans as ultimate complexities
Simplex
Complex intercompensation,
223.05
Complex it,
509.20, 511.01
Complex unity,
100.101, 707.01
Components,
325.22, 792.01, 1052.356
See also
Parts
Compound molecular matrix,
466.40-43
Compounds: Chemical compounds: Compoundings,
106, 108.02, 171, 251.13, 442.02, 511.01, 931.60, 1011.23, 1050.10, 1054.53, 1055.08
See also:
Atoms & compounds
Molecules
Comprehending: Comprehendibility,
217.04, 220.02, 227.03, 261.01, 265.01, 268.02, 400.20-26, 502.20, 1005.31, 1005.51, 1056.01
See also:
Apprehending & comprehending
Geometry of thinking
Initial comprehension
Intellect: Intellection
Understanding: No finality of human comprehension
Comprehensibility of systems,
400.20-26
Comprehensive,
251.05, 305.05, 326.30-32, 505.03, 537.52, 543.22, 644.02, 645.10, 987.031, 1052.71, 1075.21, 1223.10
See also:
Embracement
Universal integrity
Comprehensive anticipatory design science,
183
Comprehensive set,
308
Compression,
640.20-21, 640.50, 713.01-06, 713.21-23, 936.15, 937.31, 986.834, 986.836, 1054.30
See also:
Ball bearings
Cigar shape
Island: Islands of compression
Load distribution
Tension & compression
Compulsion.
See
Untenable equilibrium compulsion
Computer,
400.24, 522.31-35, 537.33, 826.03footnote, 1110.16, 1120.12, 1210 (pp. 745-46), 987.052
nuclear computer, 427.01-17
omnidirectional typewriter, 1130.00-1133.04
paradox of the computer, 204.01-02
ultra micro computer, 427.17
See also
Artificial intelligence
Concave,
987.012
See also
Convex-concave
Concentric,
205.01, 225.03, 240.44, 268.04, 269.01, 427.05, 526.15, 526.17, 526.22-25, 526.34, 529.40, 534.03, 542.06-07, 614.06, 650.04, 964.10, 981.20, 982.61,Fig. 982.61, Table 982.62, 982.70, 1061.21-25, 1053.13-14, 1053.826, 1054.30
concentric hierarchy limits, 982.72
concentric layering, 261.03
See also:
Eccentric
Omniconcentric
Omnidirectional closest packing of spheres
Shell growth rates
Symmetrical & concentric
Synergetic hierarchy
Conceptioning,
174, 986.814
See also:
Beginnings
Event embryo
Conceptual genesis,
261.01, 519.02
See also:
Beginnings
Event embryo
Locus fix
Primitive regeneration
Conceptual minimum,
262.00-10, 270.17
See also:
Four vertex-spheres or none
Six vectors or none
Conceptuality,
168, 200.02-04, 202.02, 210, 216.03, 223.13, 240.59, 251.50, 262.00-09, 266.07, 326.40, 345, 363, 403.02-03, 443.01-02, 501.00-08, 501.14, 505.64, 526.32, 526.34, 527.705, 532.18, 620.01, 620.12, 780.10-14, 900.12, 905.02, 964.31, 986.815, 986.851, 990.05, 1007.22, 1044.04, 1071.25, 1075.12
conceptuality is polyhedral, 501.101
conceptual tuning, 400.03
See also:
Considerable
Geometrical conceptuality
Halo concept
Irrelevances: Dismissal of
Modelability
Momentary conceptuality
No half profile
Nonunitarily conceptual
Unitary conceptuality
Conceptuality independent of size,
223.65, 224.06, 240.34, 240.54, 240.56-57, 326.31-32, 310.11, 400.03, 431.03, 445.04, 460.08, 501.03, 510.05, 515.10-14, 516.02, 526.33, 528.01, 528.04, 528.06, 614.03, 620.02, 624.06, 900.33, 905.16, 960.04, Fig. 986.816, 987.021, 987.071, 1005.50, 1010.10-14, 1023.15, 1071.20, 1071.22, 1072.22
See also:
Angular integrity Presize
Sizeless
Subfrequency
Zerosize
Conceptuality independent of size and time,
202.03, 266.07, 262.04-06, 269.04, 270.22, 501.22-24, 780.31, 900.11, 922.01-02, 986.131, 986.181, 1007.16, 1007.21, 1053.16, 1054.71, 1073.15
See also:
Pretime
Prime
Primitive
Conceptuality & nonconceptuality,
266.07, 345, 427.03, 501.03, 501.11-13, 507.01-02, 535.06, 535.08, 610.11, 644.02, 922.01-02, 1007.16, 1007.21, 1053.16, 1073.15
See also
Systems & nonsystems
Concrete: Cement,
751.08
Conditioned reflex.
See
Reflex
Cone,
224.30, 400.10, 536.32, 541.30-36, Figs. 541.30 (A-L), Fig. 541.30 (H) 621.03, 706.02, 793.05, 923.30-31, 961.46, 1061.20-25
Conglomerate,
240.50
Congruence,
100.021-23, 228.10, 263.02, 522.31, 646.03, 831.31, 931.10, 982.70, 1013.12-14, 1033.50-55, 1050.20, 1053.801-02, 1221.18, Table 1221.20, 1222.11, 1222.30, 1223.13, Color Plate 4
See also:
Bonding
Deceptiveness of sensing
Multicongruence
Omnicongruence
Congruence at the center,
415.10, 441.01-04, 441.10, 542.06-07, 905.35, 905.65, 924.00-11, 931.62, 954.55, 970.12, 1012.20, 1012.30, 1012.36, 1033.031, 1052.10, 1053.812, 1053.844, 1073.11, 1076.11
See also:
Convex & concave
VE: Zerophase
Congruence & incongruence,
Table 1033.192
Congruence of vectors,
1011.40-41, 1030.11, 1053.804-13
See also
Quantum loss by congruence
Connecting: Connection
See:
Coupling
Interconnecting
Joined: Joint
Linkage
Connections & relatedness,
509.30, 1023.16
See also:
Between and not of
Order underlying randomness
Tetrahedral number
Conscious: Consciousness,
143, 165, 223.11, 265.01, 268.05-06, 302, 303, 426.47, 458.10, 502.24-25, 505.33, 529.06, 537.44, 542.05, 723.04, 1075.24
See also:
Awareness
Man's conscious participation in evolution
Subconscious
Subconscious coordinate functioning
Conservation: Local conservation,
541.15-19, 541.42, 935.16, 1006.40, 1052.53
See also
Pattern conservation
Conservation & annihilation
See:
Energy quanta transformings
Octahedron as conservation & annihilation model
Conservation of energy,
100.101, 116, 305.04, 501.13, 530.06, 541.15-19, 921.01, 921.20-21, 921.40, 935.11-18, 936.22, 940.11, 942.10, 986.628, 1052.59
See also
Thermodynamics: Second law
Conservation of finite Universe: Principle of,
224.50, 638.02, 790.14, 1012.21, 1033.492, 1051.40
Conservation model.
See
Octahedron as conservation & annihilation model
Conservation of symmetry: Principle of,
232.00-03
Considerable set: Considered set,
228.01, 228.10-11, 228.12, 400.011, 400.07, 509.00-31, 510.05, 986.217, 986.473, 986.819, 1044.03
See also:
Thinkable set
Thinkable system takeout
Consideration: Considerability,
265.04, 268.03, 325.23, 526.15, 526.32, 527.06, 620.01, 1031.16, 1044.04-05
See also:
Interconsiderability
Self-consideration
Star events
Thinkability
Universe considers itself
Consideration for others,
186, 537.52-54
Constants: Constancy,
100.321, 200.04, 201.22, 223.82, 223.89, 240.47, 529.05, 541.41, 600.04, 601.01, 621.01-07, 703.15, 782.11-12, 782.40, 905.42, 960.04, 962.07, 982.13, 986.131, 986.711, 986.721, 1012.32, 1024.25, 1033.663, 1071.20, 1072.21-32, 1075.22, 1075.24
See also:
Coordinate invariant
Electromagnetic constant
Gravitational constant
Gravitational-radiational constant
Irrational constants
Planck's constant
Radiational constant
Synergetics constant
System constants
Tensional constancy
Constant proportionality,
251.16, 326.25
Constant proportional accommodating median,
987.052
See also
Incommensurability equation
Constant relative abundance,
202.03, 223.10-19, 223.66 (Col. 9), 270.21, 501.23, 505.11, 523.03, 527.10-11, 527.60-62, 538.02, 538.13, 538.15, 604.01, 782.40, 995.02-03, 995.31, Fig. 1054.40, 1055.04, 1072.10, 1077.00-11 equation, 269.06, Fig. 400.30 caption, 501.23, 1007.27, 1010.10, 1033.51
See also:
Crossings, openings & trajectories
Euler's topology
Points, areas & lines
Prime number inherency & constant relative abundance: Principle of
System constants
Constant triangular symmetry,
100.50-51
Constant volume model,
961.10-12
See also
Modules: A & B quanta modules: Constant volume model
Constant zenith model,
1102.00, 1107.42,Fig. 1101.02
Constant zenith projection,
1100-1120.12
See also
Dymaxion airocean world map
Constants & variables,
987.033 footnote, 987.042
See also
Intercommensurable
Constellar: Constellation,
225.03, 403.02, 502.20, 510.08, 600.03-04, 601.02, 620.01, 985.21, 1033.103
See also:
Consider: Consideration
Star events
Container
See:
Discrete
Hands
Package
Container & contained,
531.03, 986.851, 1053.17, 1053.72
Container structuring,
1053.70-78
Continuity
See:
Discontinuity & continuity
Pattern strip
Scenario
Continuous man,
1052.67
See also:
Group memory
Individual & Group principle
Continuous pattern strip:
See
Tetrahelix: Continuous pattern strip
Continuum
See:
Area
Gravitational continuum
No continuum
Surface
Contracting: Contraction,
461.09, 905.35, 1030.11
See also:
Expanding & contracting
Symmetrical contraction
Contracting metaphysical Universe,
217.02, 323, 326.05-09
See also:
Expanding physical Universe
Information vs entropy
Metaphysical & physical
Control line of nature
See:
Cube: Diagonal of cube
Tetra edge
Prime vector
Controls,
427.03, 540.14, 901.18, 901.19, 982.21, 1050.11
See also:
Automation
Environment controls
Feedback
Information control system
Omnirational control matrix
Ruddering
Shunting
Steering
Valving
Convergence: Convergent,
260.21, 410.06, 504.12, 505.101, 536.02, 541.43, 542.07, 647.03, 713.07-08, 716.10-11, 905.20, 962.07, 962.20, 987.071-72, 1005.62, 1012.33-37, 1053.803, 1054.56, 1054.61, 1074.12
See also.
Corner
Domains of convergences
Nonconvergence
Prime convergence
Vectorial convergence
Vertex
Convergent-divergent,
201.11, 260.51-53, 266.01-07, 260.33, 260.41-42, 268.04, 269.01, 270.21, 325, 441.021, 505.62, 527.08, Fig. 527.08, Fig. 527.09, 647.10, 825.29, 905.22-23, 960.04, 960.10, 966.03, 982.52, 985.20, 986.091, 986.113, 986.628, 986.821, 1006.41, 1009.10, 1012.16, 1012.33, 1023.15, 1030.20,Table 1033.20, 1053.812-13, 1044.06, 1051.40, 1053.841-45, 1061.21-25, 1073.21, 1075.23, 1223.13
See also:
Bow tie symbol Energetic functions
Fourth dimension
Interweaving
Jitterbug
Motions: Six positive & negative
Now hourglass
Precession of two sets of 10 closest packed spheres
Precession of two sets of 60 closest packed spheres
Torque at the center of convergence
Convergent-divergent intertransform.
See
Teleological bow tie symbol
Convergent-divergent limits,
1033.65-659
Convergence to a nucleus,
260.40-42
Convergent vs parallel perception,
260.20-22,Fig. 260.211, 260.33-34, Fig. 986.076, 1005.62
Convex-concave,
223.01, 223.06, 224.12, 224.50, 251.021, 251.12-13, 265.04, 269.07, 400.04-05, 400.45-46, 413.04, 415.10-11, 419.05, 452.03-07, 456.03, 466.16, 501.11-12, 507.03-04, 527.22, 535.02, 535.02 footnote, 610.11, 625.02-06, 812.04, 901.03, 905.11-23, 905.33-34, 938.11-16, 986.166, 1012.20, 1013.14, 1021.10-13, 1031.11, 1032.00-31, 1044.01, 1044.06, 1053.16, 1053.32,Fig. 1073.10, 1076.11-12 1106.11, 1221.18
law of convex-concave, 953.25
See also:
Duality twoness
Insideness & outsideness
Multiplicative twoness
Rubber glove
Spheres & spaces
Convex-concave tetrahedron,
223.06, 223.09, 1021.10-13
Co-occurring: Always & only, Table
1033.20
See also:
Coexisting: Always & only
Proton & neutron
Co-operate: Co-operating,
104
Co-orbiting Earth & Moon,
517.101, 518.02, 535.21-22, Fig. 641.01D, 645.03-04, 646.03, 764.02, 780.22, 790.22, 791.01-08, 936.11, 942.12, 1009.64, 1053.803, 1104.02, 1130.20-24
Co-orbiting Earth & Sun,
400.654, 517.23, 533.09-12, 533.05, 535.21-22, 790.22, 791.01-08, 936.11, 1005.22, 1009.20-21, 1009.62, 1009.93, 1054.57, 1104.02, 1130.23-24
Coordinates: Coordinate system,
987.075
See also:
Babylonian coordinates
CGS: CGtS system
Constant zenith projection
Grid
Isotropic vector matrix
Linear coordinates
Matrix
Omnirational control matrix
Sixty-degree coordination
Spherical coordinates
Synergetics coordinates
Three-way great circling: Three-way grid
XYZ coordinate system
Coordinate invariant,
223.81
Coordinate symmetry,
441.10
See also
Cheese tetrahedron: Coordinate symmetry
Coordinate system of nature,
000.125-31, 203.04-09, 201.21, 210, 214, 260.33, 260.41, 410.01-12, 461.11, 536.02, 537.04, 538.01, 538.15, 540.09, 620.09, 986.089, 986.090-96, 986.474, 986.776, 990.03, 1003.11, 1011.41, 1031.15, 1033.54, 1042.01
See also:
Grand Central Station: Nature's grand central station
Control line of nature
Nature's basic designing tools
Nature has no separate departments
Synergetics
Coordinating: Coordination
See:
Spontaneous coordination
Subconscious coordinate functioning
Cope: Coping,
311.14, 1005.61
Copernicus, Nicolaus,
000.104, 646.11 (7), 646.20, 791.01, 1009.81, 1210 (p. 738)
Copper,
117, 1052.85
See also
Metals: Recirculation of
Core: Coring
See:
Euler's topology
Plus two
Rubber doughnut
Torus
Corner: Cornerability,
260.42, 527.705, 1052.357
See also
Nature in a corner
Corner: Event corners,
265.09, 400.57, 527.705, 610.24, 610.31, 987.078
See also:
Leak in tetra comers
Nature in a comer
Tunability of comers
Vertex
Cornucopia,
541.01A
Corollaries of synergetics.
See
Synergetics corollanes
Corollary of angular topology.
See
Conservation of finite Universe
Corollary of principle of functions.
See
Complementarity: Principle of
Corollary of synergetic advantage.
See
Irreversibility: Principle of
Corollary of synergy,
114, 115, 213
See also
Whole system: Principle of
Corporations,
250.41
Cosmic,
268.06, 311.15, 326.07, 601.01-02, 780.20-28, 905.34, 905.66, 935.13, 951.10, 954.40, 966.03, 980.02, 982.12-13, 982.71, 982.83, 1005.60, 1009.73, 1011.10, 1012.01, 1044.12, 1052.66, 1073, 1222.20
See also
A priori Universe
Cosmic absolutes, Fig.
419.03
Cosmic accounting,
326.07, 950.34
Cosmic background radiation,
987.061
Cosmic complementary,
521.05
Cosmic democracy,
410.03
See also
Avogadro: Generalized Avogadro system
Cosmic environment,
000.1271
Cosmic event,
464.07, 537.51, 980.02, 987.010
See also:
Six degrees of freedom
Six vectors or none
Cosmic field,
1033.11
Cosmic hierarchy,
100.320-23, 100.105, 100.403, 321.05, Fig. 982.61, 982.61A, Table 982.62, Table 982.62A, 986.314, 986.571, 986.831, 986.851-52, 1033.104, 1033.127, 1033.631, 1056.10, 1056.20, Color Plate 9
See also:
Primitive hierarchy
Synergetic hierarchy
Cosmic inherency,
1073.10-14, Fig. 1073.10
See also
Prime
Cosmic integrity,
1056.11, 1056.20 gg 38
Cosmic limit,
455.02, 982.61, 1053.16
Cosmic limit point,
334, 441.04
See also
Turnaround limit
Cosmic & local,
223.06, 223.08, 311.18, 325.15, 326.07, 326.12, 326.40, 501.131, 501.24, 505.52, 512.01, 529.40, 532.17, 533.07-12, 533.21-22, 537.41-46, 541.15-19, 543.10-15, 543.22, 623.14, 643, 645.10, 648.02, 707.02-03, 726.03, 782.21-22, 782.50, afterpiece , 960.05, 986.216-17, 981.02, 986.042, 986.726, 986.752, 986.758-59, 986.853, 987.011, 1005.52-55, 1024.23-25, 1033.122, 1042.04, 1052.54, 1052.59, 1053.17, 1075.23-24, 1110.16, 1130.11,Fig. 1130.24, 1223.13
See also:
Astro & nucleic
No local change
Nucleus & galaxies
Orbiting magnitudes
Proximity & remoteness
Wholes & parts
Cosmic middle ground,
1110.16
Cosmic motion,
1001.21
Cosmic neutral,
905.66
Cosmic set,
987.011
Cosmic structuring,
791.00-08, 987.011, 1005.60
Cosmic symmetry,
623.14
Cosmic unity,
987.042
Cosmic vacuum cleaner,
1009.69
Cosmic zero,
443.03, 645.10, 986.14, 1053.847
See also
Equanimity
Cosmogony,
986.754
Cosmology,
270.14, 987.075, 1033.010, 1033.121
See also:
A priori Universe
Universe
Scenario Universe
Coupler,
100.105, 905.33, 954.00-09, 954.10, Table 954.10A, 954.20-78, 986.431, Fig. 986.431, Table 986.440, 986.452-53, 986.874, 1006.41, 1222.12
Coupling: Coupled transformings,
633.02, 986.722-23
Covariables: Covarying,
223.90, 225.00-03, 411.37, 441.10, 642.01, 790.13, 961.20, 980.04, 986.726, 1044.06, 1238.21
See also:
Angle & frequency modulation
Coaction: Cointeraction
Cofunctions
Coupled transformings
Design covariables: Principle of
Frequency & wave
Intercovariables
Interfunctioning covariables
Tidal
Coxeter, H.S.M., Introduction p. ix,
950.12,Fig. 950.12 caption, 953.50
Critchlow, Keith,
950.12, 982.84
Critical path,
400.24, 535.21-22, 537.31, 1130.20-24
See also:
General systems theory
Grand strategy of synergetics
Critical proximity,
121, 130.01-133, 240.35, 403.02, Fig. 517.10, 517.101, 517.12, 518.00-06, 519.10, 536.02-03, 536.51, 538.14-15, 614.01, 640.30, 716.11, 726.03, 761.04, 790.22, 942.12, 980.05, 985.20, 985.22, 986.635, 986.742-43, 986.835, 1009.00-98, 1009.57, Figs. 1009.57A & B, 1024.11-21, 1025.11, 1032.23, 1033.102, 1044.09, 1053.803, 1054.61,
See also:
Co-orbiting
Coherence
Fall-in: Fall-in proclivity
Hammer throw
Interference
Orbital escape from critical proximity
Precession
Critical proximity threshold,
518.06
Crocodile,
400.31, 501.101
Cross-fertilizing,
216.03
Crossings,
224.20, 501.21, 510.01, 514.03, 519.03, 523.00-03, 987.078, 1007.23-24
See also:
Domains of crossing
Fix point
Vertex
Crossings, openings & trajectories,
251.02, 505.11, 514.03, 524.31-32, 604.01, 1007.22
See also:
Events, novents & event interrelatabilities
Fixes, discontinuities and continuities
Joint, windows & struts
Points, areas & lines
Cryogenics,
201.11, 205.02, 427.01-12, 1033.657, 1073.16
Crystals: Crystalliness: Crystallography,
100.022, 108.02, 171, 201.11, 204.01, 263.02, 440.05, 440.07, 531.04, 532.18, 615.01, 635.01, 931.40, 936.12, 937.13, 937.31, 942.42, 961.45, 980.07, 981.20, 986.143, 987.325, 1005.30, 1009.67, 1025.14, 1041.01, 1041.11, 1042.05, 1056.20 (1), 1060.03, 1061.11, 1238.21, 1239.31
See also:
Iceland spar crystals
Liquid-crystal-vapor-incandescent phases
Rigids
Seven axes of symmetry
Trivalent
Cube,
201.03, 223.20 (c), 223.21 (c), 223.32, 223.62, 223.73-74, 223.81-91, 251.16-17, 445.14, 454.01, 527.61-62, Fig. 527.703, 537.131, 615.01-07, 617.00-04, 713.02, 905.44-45, 937.22, 942.40-43, Table 943, 950.21, 953.23, Table 954.10A, Table 955.41, Table 963.10, 982.01-62, Table 982.62, 982.71, 986.047, 986.073, 986.215-16, Fig. 986.432, 986.432, Table 986.440, 987.325, 1001.23, 1006.32-33, 1011.23, 1053.20-21, 1053.33, Table 1053.40, Table 1053.51,
allspace filler, Fig. 1054.40, 1220.17footnote
See also:
Domain of cube
Duo-tet cube
Minimum stable cube
Nucleated cube
Spherical cube
Triangle in cube energetic model
Truncated cube
Cube: Diagonal of,
452.07, Fig. 463.01, 540.11-14, 615.01-07, Table 963.10 note, 982.21, 982.30-33, 982.43-53, 986.204,Fig. 986.210
See also:
Prime vector
Tetra edge
Cube: Diagonal of cube as wave propagating
model, 462.01 463.05, 540.13, 615.07
Cube: Two tetrahedra as cube,
110, Fig. 110B, 223.62, 463.03, 464.07, 842.02, 982.42-48, 986.203, Fig. 986.209, Fig. 986.210, 1009.32, Color Plate 7
See also:
Duo-tet cube
Tensegrity column
Cube & VE,
615.00-07
Cuboctahedron,
430.04, 1053.20
See also
Vector equilibrium
Culture,
1052.641
Curve: Curvature,
240.26, 624.05, 703.02, 1021.10, 1025.14, 1053.71, 1076.13
See also:
Barrel
Spherical cask
Curved space,
325.11, 522.21-22, 541.04, 826.14, 1009.52, 1009.97
Curvilinear,
521.22, 1001.22
See also
Omnicurvilinear
Cybernetics
See:
Feedback
Ruddering
Steerability
Cycle: Cyclic,
265.08-09, 266.01-07, 269.05, 423.10, 501.20-24, 515.101-14, 515.30, 522.09-10, 526.24, 527.02, 528.01, 528.04-05, 529.01-11, 529.40, 533.22, 539.03, 543.04, 644.01, 782.50, 921.10, 933.01, 980.10, 986.817-18, 1001.21, 1011.30, 1012.35, 1033.601, 1051.30, 1052.59, 1053.17, 1223.11
See also:
Diurnal cyclic experience
Fourness & threeness define a cycle
Holding pattern
Last cycle
Minimum cycle
Subcyclic
Cyclic unity,
224.01-02, 224.06, 224.12-13, 224.50, 780.31, 1234.04, 1238.30
Cyclone,
Fig. 505.41
Cylinder,
986.634
Cypher,
1210 (pp. 736-39)
Cytosine.
See
DNA-RNA
Next Page: Index 'D'
Copyright © 1997 Estate of R. Buckminster Fuller