INDEX for 'T'
T module.
See
Module: T quanta module
Tactile: Touching,
100.020
,
142
,
265.06
,
266.01
,
267.01-02
,
801.02-24
,
980.02-07
,
986.081-86
,
986.141
,
1023.20
,
1033.016
,
1053.801
,
1053.85
,
1054.10
,
1054.20
,
1054.50-54
,
1054.74
,
1210 (pp. 731-33)
See also:
Human sense ranging
Sensoriality
Takeouts
See:
Angular sinus takeout
Finite episoding
Frame
Thinkable system takeouts
Tuck
Tangent: Tangency,
527.61
,
1033.102
See also:
Axis of intertangency
Great circle railroad tracks
Internuclear vector modulus
Intertangency point
Locked kiss
Omniintertangency
Sphere: No sphere tangent with a plane
Tactile: Touching
Tangential avoidance, Fig.
517.10
,
517.101
,
517.12
Taste: Tasting,
1033.016
Technology,
000.109-31
,
172-73
,
204.02
,
311.02
,
326.01
,
826.05
,
986.776
See also:
Automation
Humans as local Universe technology
Invention
Know-how
More with less
Teleology,
265.02
,
502.23
,
986.093
,
1052.61
,
1052.65
See also:
Bow tie symbol
Darwin: Reverse evolution
Design Man as a function of Universe
Teleological bow tie
See:
Bow tie symbol
Convergent-divergent intertransform
Now hourglass
Telephone,
227.03
,
326.05
footnote,
530.04
,
531.04
Telescope,
936.22
See also
Macro- & microscope
Television: TV,
000.128
,
801.14
,
801.20-24
,
See also
Brain's TV studio
Temperature,
962.40
Temple building,
986.071
Temporal,
100.61
,
1033.612
See also
Eternal & temporal
Temporal case,
265.13
Ten: Powers of
See:
Decimals
Illions
Tensegrity: Tensional integrity,
251.42-43
,
310.01
,
536.11
,
640.21
,
648.01
,
Chapter 7
, Fig.
724.10
, Fig.
724.30
, Fig.
725.02
,
790-95
,
1005.14
,
1053.72
See also:
Circuit pattern tensegrity
Geodesic
Tensegrity clothesline,
712.01-03
, Fig.
712.01
Tensegrity columns,
730.10-13
, Fig.
730.11
,Fig.
730.12
,
740.11-12
, Fig.
740.21
Tensegrity sphere,
538.15
,
726.01-03
,Fig.
765.02
,
781.01
,
794-95
,
1005.53
,
1005.60
Tensile strength of chrome-nickel-steel,
000.111-17
,
109.01-04
See also
Alloy
Tension,
700.03
,
1024.11
,
1024.17
,
1025.11
,
1073.16
See also:
Omnitensional
Surface tension
Tensegrity
Tension & compression,
000.113-18
,
212
,
251.42
,
520.12
,
527.04
,
529.03
,
536.51
,
541.40-43
,
608.06
,
610.11
,
640-48
,
700.02
,
700.011
,
713.08
,
790.12-22
,
792.30-37
,
792.51
,
936.15
,
986.216
,
986.631
,
1005.53
See also:
Discontinuity & continuity
Push-pull
Tensional constancy.
See
Islanded radiation & tensional constancy
Tensor,
200.05
,
201.11
, Fig.
401.05
,
520.101
,
520.12
,
521.10-101
,
527.02
,
711.20
,
713.05
,
721.02
,
722.02
,
936.15
See also
Vector
Tepee tripod,
621.20
,
650.04
,
722.02
,
1012.35-37
See also:
Half-spin tepee twist
Music stand
Terminal: Terminal case: Terminal condition,
162
,
261.04
,
262.01-09
,
263.03
,
268.04
,
310.14
,
325.12
,
411.37
,
441.03
,
445.12
,
502.25
,
521.02-03
,
524.03
,
529.05
,
530.11
,
535.01
,
540.41
,
782.23
,
801.13
,
985.20
,
986.113
,
1012.16
,
1012.20-22
,
1033.612
,
1052.10
,
1052.65
,
1052.71
,
1106.23
See also:
Beginnings & endings
Biterminal
Center ball
Finite
Interterminal
Limit
Omnidirectional terminal case comer
Zero
Terminal reversings,
1033.66-666
See also
Turnaround
Tetherball,
401.02-07
,
401.08
Tetra edge,
923.15
,
986.204
Tetra edge as unit radius,
1106.23
See also
Prime vector
Tetra-octa-icosa,
203.09
,
223.31
,
251.19
,
400.41
,
460.03-05
,
541.01
footnote,
608.10-11
,
611.01-02
,
612.10
,
618.02
,
621.07
,
624.10-12
,
784.11-12
,
794.14
,
795.08
,
901.03
,
905.13
,
905.18
,
905.31
,
905.43
,
905.74
,
910.01
,
930.20-26
,
937.12
,
961.47-48
,
985.22
,
986.475-76
,
986.872
,
987.043
,
Fig.
988.12
,
995.03
,
995.11
,
1005.63
,
1009.98
,
1010.20-22
,
1011.30-38
,
1022.14-15
,
1033.111
,
1033.121
,
1033.33
,
1042.01
,
Fig.
1053-37
,
1120.01-02
See also:
Nonnuclear
Prime structural systems
Prime volumes
Tetrahedron,
fractionation of unity
100.102-05
,
icosa & tetra
100.120
,
child scenario
100.201
,
rational subdividing
100.301-03
,
cheese tetra
100.304
,
accommodation of asymmetry
100.323
,
foldability of triangles into tetra
100.411-16
;
108.02
,
synergy
Fig.
108.02
,
geometry & number
201.01-03
,
accommodation network
201.11
,
grand strategy
201.21-22
,
fourth & fifth dimensional accounting
202.01
,
physical & metaphysical unity
221.01
;
223.13-14
,
223.10
(a),
223.21
(a),
223.31
,
223.73
,
223.81
,
223.87
,
223.91
,
angular topology
224.01-60
,
tetrahedral number
227.03
,
conservation of symmetry
232.01-03
;
240.02
,
240.04
,
240.05-07
,
240.18
,
240.33-34
,
240.65-66
,
251.11
,
251.16
,
251.21-22
,
251.47
,
251.48
,
four dimensional convergence-divergence
260.42
,
265.07
,
265.09
,
268.01
,
topological constants
269.05
,
cosmic hierarchy
326.23
,
topology & structure
362
,
400.23
,
400.40-46
,
topological relations
Fig.
400.30A
; Fig.
401.01D
, Fig.
401.05
,
tetra as system
402.01-02
;
Fig.
411.05D
,
411.08
,
415.03
,Chart
415.03
,
nucleus & nestable configurations
415.55-59
,
precession of parallel sets
416-417.04
,
atomic accommodation
421.21
,
role in IVM
424.02
,
tetra & VE
445.14
,
tetravolume unity
454.01
,
jitterbug
461.08-09
, Fig.
461.08
,
halo concept
501.101-12
,
yin-yang
506.41-43
,
star events
510.02
,
510.07
& Fig.
510.03
,
energy event Fig.
511.10
,
511.01-12
,
observation model
513.07
,
angles
515.11
,
frequency
516.02
,
tetra of interferences
517.20-24
,
areas
527.31
,
lines
527.41
,
time
529.06
,
energy & topology
538.03
,
quantum
538.13
,
sizeless
540.04
,
radiation
541.09
,
observer as tetrasystem
542.01-02
,
tetrahedral analysis of Plato, Fig.
542.02
,
structure
603.01
,
stability & instability Fig.
608.01
,
stability of six
608.08
,
volume-quanta ratio
612.01
,
612.10
,
614.02
,
dimpling
618.10
,
major exposition of tetra
620.00-12
,
constant properties
621.00-07
,
six vectors
621.10
,
tepee-tripod
621.20
,
polarization
622-30
,
cheese tetra
623.00-20
,
inside-outing
624.00-12
,
invisible tetra
625.00-06
,
operational aspects
626.00-03
,
antitetrahedron
630-639.02
,
synergetic surprise
650.12
,
tensegrity column
730.11
,
epistemological model
905.01-02
& Fig.
905.02
;
905.11
,
905.23
,
hierarchy of pulsating arrays
905.30-49
,
split personality
905.51-55
,
A & B modules,
921.01-15
,
constant volume model
923.00-31
and
Fig.
923.10
;
934.04
,
quantum model
935.23
,
937.22
,
942.01
,
energy behavior
942.10-13
; Table
943
,
allspace filling
951.00-954.10
, Table
955.40
,
961.00-03
,
constant volume model
961.10-12
,
covariable model
961.20
,
third power model
961.30-31
,
six degrees of freedom model
961.40-48
; Table
963.10
,
966.12
,
fourth dimensional model
966.20-21
,
syte
973.01
,
regular tetra
973.10-12
,
982.01-73
,Table
982.62
,
986.048
,
tetrahedra on Mars, Fig.
986.052
,
characteristics of
986.060-69
,
unit vector edge
986.204
,
volume-surface ratios
986.634-35
,
recapitulation of tetracharacteristics
986.711
,
tetra as minimum sphere
986.730
,
as product of six vectors
987.031
,
1005.50
,
zero altitude tetra
1007.30-31
, Fig.
1007.30
,
1010.11
,
indestructibility
1012.30-37
and Fig.
1012.30
,
eight three- petaled tetra flower buds
1012.31-52
,
1025.14
,
fifth-dimensional size accommodation
1033.611-13
,
minimum frequency
1033.665
,
1044.11-12
,
central and external angles
1051.20
,
Platonic polyhedron
1053.20-21
,
1053.33
, Table
1053.41
, Table
1053.51
,
surface-volume ratios
1053.60-62
;
surface ratios
1053.801
, Table
1054.40
,
1055.04-08
,
1071.24
,
1074.12-13
,
1220.17
,
1222.12
,
1222.20
,
1223.12
,
1232.23-26
,
See also:
Antitetrahedron
Basic event
Bounce patterns of energy
Cheese tetrahedron: Coordinate symmetry
Convex-concave tetrahedron
Cube: Two tetra as cube
Domain of tetrahedron
Empty set tetrahedron
Exchange agent of Universe
Half-tetra
Icosahedron in tetrahedron
Inside-outing tetrahedron
Interconnection of any two lines in Universe
Interconnection of any two points in Universe
Interconnection of any four points in Universe
Invisible tetrahedron
Irrelevancy tetrahedron
Leak in tetra corners
Minimum sphere
Minimum system
Mite
Negative tetrahedron
Octahedron & tetrahedron
Polarization of tetrahedron
Primitive tetrahedron
Quarter tetrahedra
Regular tetrahedron
Spherical tetrahedron
Starting with tetrahedron
Subdivision of tetrahedral unity
Syte
Tetravertex
Three petal flower
Truncated tetrahedron
Zero tetrahedron
Zerovolume tetrahedron
Tetrahedral accounting: Tetrahedral mensuration,
224.60
,
251.32
,
251.34
,
260.32
,
424.01-03
,
537.131
,
540.11-14
,
982.60
,
985.01-08
,
986.049
,
986.068-69
,
986.204
,
990.01-05
,
Fig.
990.01
See also
Triangular accounting: Triangling
Tetrahedron: Dissimilar rate of change accom-
modation,
623.12-14
See also
Cheese tetrahedron: Coordinate symmetry
Tetrahedron: Four unique planes.
621.04
,
962.04
Tetrahedral number,
Table
227.01
,
227.01-03
,
230.00-02
,
326.06
,
415.14
,
508.20
,
508.30
,
510.06
,
542.03
,
623.12
,
905.47
,
954.71
,
971.10-11
,
973.31
,
986.856-57
,
987.074
,
1013.64
,
1232.22
See also
Order underlying randomness
Tetrahedron: One tetrahedron,
223.07
,
224.05
,
224.06
,
224.07
,
224.08-082
,
224.10-11
,
224.60
,
326.30-32
,
345
,
535.04
,
539.10
,
620.12
,
625.03
,
814.01
,
905.40
,
942.13
,
982.73
,
983.04
,
985.04-08
See also:
Angular topology
Halo concept
Invisible tetrahedron
Tetrahedron: Two tetrahedra,
501.11-12
,
535.02-03
,
536.31-32
,
540.06
,
624.05
,
625.03-05
,
825.28
,
842.01-05
,
905.11-23
,
938.11
,
938.15-16
See also:
Cube: Diagonal of
Cube: Two tetra as cube
Tetra edge
Tetrahedron: Unfamiliarity with,
986.050-53
Tetrahedron discovers itself,
480-88
Tetrahedron of interferences,
517.20-24
Tetrahelix,
915.20
,
930-34
,
936.13-14
,
936.19
,Fig.
936.19
,
1033.35
,
1033.661
,
1055.08
See also
Continuous pattern strip
Tetrakaidecahedra,
608.10
,
942.70-73
, Table
943
,
950.12
,
953.24
,
954.10
,
982.84
,
986.052
,
986.064
,
986.434
,
986.835
,
1041.10
, Fig.
1041.11
Tetrasphere,
1006.35-36
Tetrasystem,
267.00-04
Tetravertex,
986.711
,
986.728-29
Tetravolumes,
100.321
,
251.16
,
527.62
,
541.19
,
987.033
,
1006.32-36
,
1033.180-85
,
Table
1033.192
, Table
1033.20
,
1053.601
, Table
1053.849
Tetraxidecahedron,
223.32
, Table
963.10
Thankfulness,
542.04
Thermodynamics,
201.11
,
201.22
,
410.04-05
,
1056.20 (10)
,
1075.21
Thermodynamics: Second law of,
270.12
,
341
,
935.12
,
1075.21
They,
1056.20 gg 19
Thing: Thingness: No things,
100.018
,
100.402
,
240.08
,
262.07
,
529.40
,
531.05
,
792.04
,
801.24
,
1001.26
See also
Nostalgia of things to become spheres
Thinking: Thinkability,
326.31-32
,
400.07-08
,
501.11
,
501.14
,
502.04
,
507.02
,
509.01
, Fig.
509.01A-C
,
509.06-10
,
509.31
,
510.02
,
526.19
,
527.705
,
529.09
,
530.01
,
537.04
,
537.52
,
620.08
,
801.23-24
,
905.16
,
938.11
,
1013.52
,
1071.00-28
,
1072.21-22
See also:
Geometry of thinking
Starting with Universe
Thinkable set,
223.09
,
362
,
508.01
,
620.03
,
620.09
Thinkable system takeout,
321.04
,
326.31
,
501.11-12
,
1073.15
Thinkaboutable,
501.21
,
543.24
,
1044.04
Thirding,
100.104-05
Thirty-two minimum aspects of systems,
100.201
,
526.14
,
542.04
,
1044.07
,
1044.12-13
See also:
Seven minimum topological aspects
Topological minima
Thought,
261.01
,
306.01
,
326.31
,
400.06-07
,
400.72
,
526.35
,
620.08-09
,
1031.16
,
1052.69
See also
Intellect
Thought & action,
261.01
Thought has shape,
501.101
,
510.02
See also
Epistemography
Three: Threeness,
100.104
,
260.53
,
400.05
,
400.23
,
1011.30
,
1023.18
See also:
Fourness & threeness
Thirding
Three-dimensionality,
260.21
, Fig.
527.703
,
537.131
,
986.028
,
986.811-12
Three-petal flower tetra,
460.05
,
905.35
,
914.30
,
921.11
,
938.15
, Fig.
938.15
,
953.30
,
961.47
,
1005.63
, Fig.
1012.30
,
1013.31-34
,
1013.61-64
,
1033.72
Three-vector teams,
240.65
, Fig.
511.10
,
511.02-22
,
521.05
,
605.01
,
614.01-05
,
620.06
,
792.02
,
935.21-23
, Fig.
935.23
, Color Plate 8
See also
Basic event
Three-way great circling: Three-way grid,
251.20
,
251.24
,
422.10
,
427.02
,
527.22-24
,
538.02
,
538.14-15
,
703.13-15
,
706.20-23
, Fig.
765.02
,
766.01-04
,
794.07-24
,
795.09
,
901.02
,
901.19
,
905.51
,
1005.12
,
1005.60
,
1009.98
,
1033.112-13
, Figs.
1033.111
A-E,
1107.10-14
,
1107.40-42
,
1120.05
,
1120.07-10
See also:
Spherical cask
Spherical grids
Threshold: Twilight zone,
1033.102
See also:
Critical proximity threshold
Infrared threshold
Partially tuned
Ultraviolet threshold
Thumb,
1033.016
Thymine.
See
DNA-RNA
Tidal: High tide & low tide aspects,
533.12
,
537.21
,
541.41
,
608.06
,
640.40
,
641.00-02
,
790.22
,
792.40
,
1005.611
See also:
Atmospheric highs & lows
Covariables
Precession
Tiger's skin,
400.30-31
Time,
163
,
205.05
,
223.11
,
240.48
,
311.13
,
311.16
,
325.11
,
325.16
,
443.04
,
502.24
,
506.15
,
519.02
,
520.11
,
526.01
,
527.01-03
,
529.00-34
,
529.40
,
530.12
,
531.02-03
,
540.08
,
780.10
,
782.23
,
782.50
,
784.40
,
825.28
,
905.02
,
960.03
,
960.06-07
,
960.09
,
960.11
,
961.45
,
962.40-42
,
986.726
,
986.753
,
986.813-14
,
1005.55
,
1009.36
,
1031.16
,
1032.21
,
1054.53
,
1054.70-74
,
1072.31
,
1075.12
,
1238.70
if there is time,
960.03
,
961.45
,
1106.30
time as an invention,
311.16
See also:
Available time
Equanimity
Now Past
Today
Tomorrow
Time & energy,
780.10
,
986.113
,
986.219-20
Time as frequency,
1054.70-74
Timeless: No time,
163
,
215.01-02
,
220.05
,
240.21
,
311.03
,
311.15
,
311.18
,
415.171
,
427.01
,
440.04
,
443.02
,
524.12
,
529.03
,
529.06
,
529.20-24
,
529.40
,
531.03
,
645.10
,
825.28
,
960.09
,
986.759
,
986.813
,
986.814
,
986.833
,
1031.16
,
1054.70-74
,
1071.10-23
,
1073.15
,
1076.10
See also:
Conceptuality independent of size & time
Eternal
Metaphysical
Primitive
Subfrequency
Time-size,
269.04
,
321.05
,
410.05
,
426.43
,
445.04
,
501.24
,
502.51
,
515.02-14
,
517.05
,
527.706
,
528.03
,
529.02
,
780.31
,
782.50
,
900.12
,
905.42
,
960.03-04
,
986.142
,
986.753
,
986.813
,
986.817
,
986.841
,
986.853
,
987.061
,
1011.32-34
,
1033.601
,
1054.71-74
,
1238.30-31
,
1238.80
Time-size vs primitive,
987.062
Time somethingness,
1032.21
Time-space,
223.81
,
229.06
,
229.10
,
311.03
,
400.011
,
526.01-02
,
782.50
,
1006.13
,
1011.21
,
1012.01
,
1032.21
,
1055.05
Time vector,
540.08
Tires,
790.21
,
793.07
Today,
311.13
,
325.16
Tolerance,
543.02
,
543.13
,
543.25
See also:
Approximation
Heisenberg
Human tolerance limits
Indeterminate
Truth as progressive reduction of error
Tomorrow,
325.16
Tomorrow set,
510.04
,
801.13
Tongue,
1033.016
Tools,
326.04
,
326.40
,
510.10
See also:
Nature's basic designing tools
Science as a tool
Scribing tools
Toothpick & semi-dried peas model,
410.06
,
986.083-87
,
986.141
See also:
Isotropic vector matrix
Naive perception of childhood
Octet truss
Topography,
831.23
Topology,
200.06
,
201.01
,
201.21
,
202.02
,
223
,
251.11
,
362
,
505.70-74
,
508.10
,
603.01
,
722.02
,
900.11
,
986.061
,
986.721
,
987.020
,
987.041-42
,
1007.16
,
1007.22-31
,
1033.010
,
1033.121
,
1044.08
,
1053.30
,
1053.801-02
,
1054.10-74
,Fig.
1054.40
,
1070
,
1071.25
,
1072.21
deceptiveness of topology,
270.25
,
461.10-14
, Color Plate 4
See also:
Angular topology
Euler's topology
Generalized topological definability
Klein bottle
Moebius strip
Nuclear topology
Omnitopology
Rubber sheet topology
Seven minimum topological aspects
Synergetics topology
Thirty-two minimum aspects of systems
Topological hierarchy
Vectorial topology
Vertexial topology
Topo-interabundance,
1072.21
Topological hierarchy,
223.30
,
223.34
,
223.60
,Table
223.64
,
986.205
,
1051.20
,
1073.15
Topological minima,
987.070-78
See also:
Seven minimum topological aspects
Thirty-two minimum aspects of systems
Topology of minimum awareness,
505.70-74
Tornado, Fig.
505.41
Torque,
201.11
,
401.08
,
466.31
,
502.05 (6)
,
537.04
,
610.11
,
638.03
, Fig.
640.41
A,Fig.
640.41
B,
781.01
,
782.30
,
986.857
,
1030.11
,
1033.72
,
1239.31
Torque at the center of convergence,
1012.34
Torus,
411.31
,
465.20-30
, Fig.
505.41
,
1007.27
,
1044.02
See also:
Coring
Rubber doughnut
Rubber tires
Total: Totality,
151
,
224.50
,
228.01
,
305.02
,
311.03
,
325
,
427.05
,
488
,
522.34
,
529.21
,
537.32
,
537.46
,
541.17
,
782.22
,
937.11
,
986.752
,
986.754-58
,
986.853
,
1005.54
,
1006.14
,
1052.58
,
1053.61
,
1056.13
,
1075.22
See also:
Starting with totality
System totality
Whole systems
Wholes & parts
Touch.
See
Tactile: Touching
Tracer bullet sequence,
522.23
Tracery: Traceries.
See
Events, nonevents & traceries
Tradition: Momentum of,
1001.26
Trajectory: Trajectories,
240.06
,
240.20
,
240.26-27
,
240.30-36
,
502.41
,
508.03
,
514.03
,
520.01
,
521.01-09
,
522.01
,
812.02
,
1007.22-23
,
1009.69
,
1044.10-11
,
1053.803
See also:
Comet
Crossings, openings & trajectories
Edges
Four rocket bursts
Geodesic lines
Lines
Rockets: Rocket flight
Shooting a bird in flight
Spiralinear
Tracer bullet sequence
Vectors
Wavilinear
Trampoline: Trampoline field,
1033.102
,
1033.111
See also:
Invisible trampoline
Membrane
Transceiver,
269.01
,
509.01
,
638.01
,
986.726
,Fig.
1033.11
See also
Information model
Transcendental,
Transcendentalism
See
Continuous man
Group memory
Individual & group principle
Metaphysical & physical
Transformation: Transforming: Transformability,
270.21
,
310.13
,
424.01-03
,
427.02
,
532.11
,
535.03
,
537.05
,
620.07
,
724.01-02
,
792.03
,
812.01
,
953.50
,
986.091
,
1030.20
,
1032.10-31
,
1054.73
,
1075.23
See also:
Association & disassociation
Coupled transformings
Energy quanta transformings
Intertransformability
Transistors,
427.03-07
,
1012.11
Transmission
See:
Information valving model
Scan transmission of man by radio
Transparent
See:
Membrane
Sieve
Transuranium,
615.07
See also
Superatomics
Tree: Trees,
232.02
, Fig.
321.01
,
537.32
,
793.00-07
,
937.31
,
961.46-48
,
986.086
,
1005.24
,
1052.61
,
1056.20 (3)
,
1061.10-12
,
1061.20-25
Trends: Trending,
645.05
Trends to invisibility
See:
Ephemeralization
More with less
Triacontahedron,
223.32
,
716.03
,
717.01
,
986.303
,
986.311-12
,
986.317
,
986.402
,
986.415
,
986.456
,
986.458-59
,
986.517
,
986.862-63
,
986.871-72
, Table
1033.192
See also
Module: T quanta module
Triangle: Triangular,
100.3011
,
100.302
,
108.01-03
, Fig.
108.01
,
200.02
,
202.01
,
213
,
223.62
,
223.73
,
224.06
,
230.01
,
260.31
,
260.41-42
,
268.01
,
420.07-08
,
501.22
,
506.41
,
515.10-14
,
516.02
,
536.21
,
538.11-15
,
608.03-07
,
609.01
,
Fig.
609.01
,
614.00-07
,
703.14-15
,
706.23
,
707.01
,
811.01-03
,
812.03
,
905.15-16
,
961.01
,
966.21
,
982.82-84
,
986.141
,
986.721
,
986.815-21
,
1011.30
,
1013.10-13
,
1050.32-34
See also:
Basic triangle
Bounce patterns of energy
Constant triangular symmetry
Spherical triangle
Spherical triangle on Earth's surface
Subtriangulation
Triangle in cube energetic model,
462.01-02
,
464.01-08
Triangular accounting: Triangling,
251.34
,
265.01-09
,
825.27
, Table
985.10
,
986.042
,
986.067-69
,
986.204
,
986.702
,
986.721
,
990.01-05
,
Fig.
990.01
,
1053.30-35
,
1071.28
,
1110.11
,
1234.04
Triangular-cammed model,
465.00-30
,Fig.
465.01
, Fig.
465.10
,
465.40-42
,
466.05
,
466.33
Triangular geodesics transformational projection.
See
Constant zenith projection
Triangular number,
508.20
Triangulation,
223.34
,
420.08
,
538.15
,
615-617.04
,
640.50
,
825.27
,
930.11
,
1009.98
,
1031.11-13
,
1110.11
See also:
Omniintertriangulated
Omnitriangulation
Self-triangulation
Three-way great circling: Three-way grid
Trigonometry,
251.29
,
901.19
,
986.473
,
986.821
,
1050.20
,
1050.30-44
,
1230.11
,
1234.04
,
1236.02
,
1238.20-21
,
1238.80
, Color Plates 1 & 2
Trigonometric limit: (45°)
1238.27-28
See also:
Octant: Octantation
XYZ quadrant at center of octahedron
Tripartite.
See
Three-vector teams
Tripod.
See
Music stand
Tepee-tripod
Trisecting of angles,
251.15
,
825.29
,
841.16
,
841.30
, Fig.
841.30
Trivalent: Triple-bonded,
224.40
,
632.02
,
638.10
,
780.10
,
782.10
,
782.30
,
784.10
,
793.03
,
905.31-49
,
931.40
,
933.01
,
936.19
,
982.73
,
1008.12
, Fig.
1054.40
,
1060.02
,
1074.12
Truncated cube,
430.04
,
463.05
,
942.42
See also
Nucleated cube
Truncated icosahedron,
1033.112
Truncated octahedron,
950.12 (5)
Truncated tetrahedron,
986.061-65
, Fig.
986.061
, Fig.
986.062
, Fig.
986.210
, Fig.
987.210
,
1025.14
,
1041-1044.13
,
Fig.
1041.11
,
1071.28
,
1074.13
See also
Fourteen faces of truncated tetrahedron
Truncatings,
986.721
Truss.
See
Octet truss
Truth,
217.03
,
311.16
,
326.40
,
504.10-17
,
529.07
,
542.02
, Fig.
542.02
,
543.23
,
1005.50-56
,
1052.63
See also:
Experimental reverification
Proofs
Truth: Thinking about truth alters truth,
504.11
Truth as progressive reduction of error,
542.05-07
Tuck in a plane,
224.03
See also
Angular sinus takeout
Tunability: Tuning,
225.03
,
228.01
,
262.09
,
263.00-04
,
268.01-06
,
269.01-05
,
306.02
,
326.09
,
400.02-03
,
426.01-02
,
426.21
,
505.41
,
515.21
,
515.33
,
522.31
,
526.15-16
,
526.26-27
,
526.33
,
526.35
,
530.11
,
780.13
,
960.08
,
971.20
,
986.142
,
986.711
,
986.725
, Fig.
986.726
,
986.727
,
986.756
,
986.835
,
1011.31
,
1023.13
,
1052.354
,
1053.826
,
1053.85
See also:
Conceptual tuning
Electromagnetic spectrum
Frequency modulation
Human sense ranging
Infra & ultratunable
Partially tuned
Resonance: Resonating
Sensorially tunable
Subtunable
Untuned
Valving
Tunability of corners,
1052.357
Tunability of human experience,
971.20
Tunability: Invisible radio programs,
266.05
,
270.17
,
505.34
,
537.45
,
1053.832-33
Tuning-in & tuning-out: Tuned & untuned,
270.11
,
270.17
,
509.07
,
526.26-27
,
527.712
,
530.11
,
936.23-24
,
960.09
,
987.076-77
,
1033.103
, Fig.
1033.11
,
1033.122
See also:
Frequency & interval
Inclusion & exclusion of space
Infra & ultra tunable
Interference & noninterference
Irrelevances: Dismissal of
Somethingness & nothingness
Turbining,
201.11
,
441.20-23
,
710.03
,
770.10-21
, Fig.
770.11
Turnaround limit,
441.03
,
1052.62
,
1053.16
See also:
Cosmic limit point
Terminal reversings
Tween waves,
526.15
Twelve degrees of freedom,
401.00-07
,
Fig.
401.00
, Fig.
401.01
, Fig.
401.05
,
421.21
,
426.10-12
,
521.09
,
537.00-22
,
537.06
,
537.131
,
537.40-46
,
537.50-54
,
540.02
,
605.01
,
780.24
,
982.71
,
986.852
,
1030.10
See also:
Degrees of freedom
Otherness: At least 12 others
Six degrees of freedom
Wheel: Wire wheel
Twelve spheres around one.
See
Vector equilibrium
Twenty.
See
Amino acids: Twentyness of
Twentyness & 24-ness of VE,
1033.70-77
Twenty questions,
522.34
Twilight zones,
266.04
,
269.05
,
505.65
,
Fig,
509.01
,
509.11
,
526.15
,
535.06-09
,
936.24
See also:
Partially tuned
Threshold
Twinkle angle, Table
905.65
,
905.66
,
915.00-02
,
915.20
,
985.08
Twins.
See
Heavenly twins
Twisting: Twist-pass,
325.13
,
401.08
,
536.02
,
638.03
,
713.07
,
716.11
,
781.04
,
1012.34-37
,
1030.11
,
1032.11
,
1053.803
,
1106.31
Twist vertex exit,
921.15
,
942.12
,
1012.34-37
Twoness, footnote:
223.05-09
,
400.05
,
400.08
,
400.651
,
502.03
,
505.81
,
537.08-09
,
537.43
,
624.04
,
905.34
,
981.12
,
987.043
,
987.064
,
1011.30
,
1023.17
,
1053.51
,
1070-1077.11
See also:
Additive twoness
Binary
Duality twoness
Eightfold twoness
Environmental twoness
Fourfold twoness
Interrelationship' twoness
Plus two
Spin twoness
Starting with twoness
Tetrahedron: Two tetrahedra
Unity is two
Twoness: Additive & multiplicative,
223.01
,
223.09
,
223.10
,
223.15
, Table
223.64 column 11
,
269.07
,
307.03
,
400.05
,
400.23
,
400.46
,
527.52
,
527.62
,
535.02
,
620.12
,
624.05
,
1012.16
,
1044.06
,
1051.10
,
1053.17
, Fig.
1054.40
,
1073.11-22
,
1076.13
,
1077.11
See also:
Two kinds of twoness
Fourfold twoness
Twoness: Circumferential & inward-outward,
1051.10
See also:
Two kinds of twoness
Fourfold twoness
Two: Universe divisible by two,
537.08-09
Two-and-a-half split,
527.52-54
,
527.61
Two kinds of twoness,
223.05-09
,
535.02
,
1051.10
See also:
Fourfold twoness
Heavenly twins
Holy ghost
Twoness: Additive & multiplicative
Twoness: Circumferential & inward-outward
Tycho Brahe,
1210 (p. 738)
Typewriter.
See
Computer-omnidirectional typewriter
Next Page: Index 'U'
Copyright © 1997 Estate of R. Buckminster Fuller