Q
Quadrangle: Quadrangular:
See Triangular Accounting vs. Quadrangular Accounting
Quadrant:
See Spherical Quadrant Phases
ITZ Quadrant at Center of Octahedron
Quadrivalent:
See Omnicongruence.
Self-congruence Packing
Chemical Bonds:
Quadruple Bond
(1)
Quadrivalent:
See Octahedron, 10 Dec'75
Quanta Loss by Congruence, (1)(2)
Four Intergeared Mobility Freedoms, 2 Nov 73
(2)
Qualitative:
See Quantitative va. Qualitative
RBF DEFINITIONS
Quantize:
"The A and B modules quantize our total experience."
* Cite RBF in Synergetics draft 740.1, 14 Sept. 1971.
Re-editing of Oregon Lecture #8, p. 285.
Quantized Models:
See Synergetics vs. Model (D)
Quantitative ya, Qualitative:
See Synergetic vs. Model (A)
Quantitative: Quantation: Quantized:
See Conceptual vs. Quantitative
Accounting
Measurement
Tetravolume
(1)
Quantitative: Quantation: Quantized:
See Information, 1967
Synergetic Hierarchy, 13 Nov'69
Unit, 1960
Energy Involvement of 92 Elements, (2)
Critical Proximity, May'71
Epistemological Accounting, Nov'71
Modules: A & B Quanta Modules, 20 Dec' 73
Energetic Information, 20 Dec174
Potential vs. Primitive, 12 May' 77
(2)
RBF DEFINITIONS
Quantum Sequence:
"Omnitriangulation strutural system one unit of
quantum Lavoisier thought of the nothingness (air) under
the bell jar as a plurality of somethingnesses (elements).
Under these circumstances you did not have to wait long for
the inevitable development of the steam engine,
"Then, invisible electromagnetics no models. Black body
radiation involves fourth-power rates of change. Therefore,
they said, nature is not using models; she is just using
mathematics. The scientists were flying blind on instruments;
they said there was no point in trying to look out of the
windows; there is nothing to see.
"Design science employs the method of accounting employed by
nature.... Suppose you need six hours to solve your problem.
The XYZ coordinates only provide a four-hour clock, a positive-
negative, positive-negative, 90-degree clock: perpendicularity
gives you only for hours. But since you need six hours you
have to resort to mathematics in which you can borrow from
yesterday's or from tomorrow's clock.... But with the 60-degree
hexagon you have an integral six-hour clock."
-
Cite RBF to World Game Workshop, Rainey Auditorium, U. Penn.,
23 Jun 75
(1)
RBF DEFINITIONS
Quantum Sequence:
(2)
"Scientists deal only in linear acceleration reduced to 90-degree
grids. They have no model for angular acceleration. The
circumferntial and chordal measurements are always in terms of
irrational hypotenuses. In the XYZ coordinate system the para-
llels never converge and the cube has no inherent nucleus: eight
cubes around a common center. But the symmetrical expansion
of radiation is a divergent phenomenon. Thus we see how man
entered the world of nature through the attic window.
"Design science and our very way of thinking deals in terms of
limit cases. We have the tetrahedron with three triangles
around each vertex; the octahedron with four triangles around
each vertex; and the icosahedron with five triangles around each
vertex. The limit cases of a system are three (tetra) and five
(icosa) A perpendicular bisector of each of the icosahedron's
20 triangles (from each of the three edges) describe 60 right
But in their
triangles; actually 120 similar triangles.
spherical conformation the 120 spherical right triangles are
not identical. There are 60 positive and 60 negative because
of the convexity and concavity of spherical projection. The
Babylonians were very close but they were unable to pet their"
-
Cite RBF to World Game Workshop, Rainey Aud. U. Penn., 23 June 75
RBF DEFINITIONS
Quantum Sequence:
"geometry and their clock working together.
-
(3)
for
"Even the centimeter-gram-second (C.G.S.) system had not temper-
ature in their accounting except as a superscript. C.G.t.S
temperature.... The human proclivity for 'building blocks'
enhanced their proclivity for cubes and cubic accounting.
stacking of regular tetrahedra leave 7° 20' gaps which seemed
to inhibit their allspace-filling function.
The
"So I saw that the vector is a specific angular direction in
respect to an axis of observation. The vector is beautiful and
unique because its discrete length is a product of mass and
velocity. All the qualities of physical reality are present:
the mass is in the discrete length and the time is in the
velocity. Vectors do not go to infinity. Here is the basis for
a generalized Avondaro system as it occurred to me 60 years ago.
"The crystals may be probably unique to our planet; they might
be incandescent at a different distance from the Sun.... So the
peas and toothpicks of kindergarten gave me the first model for
closest packing."
- Cite RB, to World Game Workshop. Rainey Auditorium, U. Penn.,
RBF DEFINITIONS
Quantum Sequence:
(4)
"You can get 20 tetrahedra around one point omnidirectionally.
.... Frequency does not begin until you have modular subdivision.
String polyhedra are like the necklace models. The cube, strung
through vertexial connections, will not stand up. Only the
tetra hedra, octahedm and icosahedron will stand up as string-
connected polyhedra with string joints.
"Octahedron: The XYZ quadrant at the center of the octahedron
complements the tetrahedron. We may disconnect alternate briang-
les of the surface of the octahedron and pull eight of them
out for the eight-octahedra to make a cube on the octa faces.
Thus 1 tetra = octa (i.e. 4 x the eight eighth-octahedra on
the corners.) Ergo, cube = 3.
"Two spheres in Universe mass attraction vector equili-
brium nuclear assembly. Nuclear assembly starts with an
inherent volume of 20, which is the minimum model of nucleation.
"How much do I know? How do I know anything? Our firsthand
knowledge of minimum limits is better than all the physics in
the textbooks. "
* Cite RBF to World Game Workshop. Rainey Auditorium, U. Penn.,
23 Jun 75
RBF DEFINITIONS
Quantum Sequence:
(5)
"Then we have the total topological inventory of 30 minimum
components. Plus two additional components in the poles of the
axis of spinnability: 32.... and the ultimate 33rd is the rest
of Universe.
"Octahedron: So we have the octahedron in the middle. (Between
the tetra and icosa.) It is also the second power of the only
even prime number: 22 = 4. The octahedron is the most common
form of energy associated as matter. We may consider the octa-
hedron as a water-filled tube, pulling on a water-filled tube.
The pulling will make it bulge in the middle. As we pull the
gravitational embracement causes a precessional rearrangement
of the vector edge whereby one tetrahedron drops out. One
quantum has dropped out but, topologically, it is still an
octahedron:
6V 8F = 12 + 2 (Three face-bonded tetra) or
(octahedron) 6V + 8F = 12 + 2, topologically there is no
difference. This is the quantum leap, the quantum jump.
With
interference it precesses from matter to radiation; and then
back again into matter. This is the lever that will bring
science into further consideratior. of synergetics."
- Cite
Cite
RBF to World Game Workshop, Rainey Auditorium, U. Penn.,
23 Jun 175
RBF DEFINITIONS
Quantum:
"Quantum as prime-structural-system volume is eternally
generalized, ergo transcends any particulate, special-case,
physical-energy quantation. Generalized quanta are finitely
independent because their prime volumetric-domain-defining
lines do not intertouch.
"
-
Citation & context at Domain & Quantum, 17 Feb'73
RBF DEFINITIONS
Quantum:
"Happenability has the vector equilibrium as its minimum
model, ergo the Universe, experience, can't be one quantum.”
City RBP to Elby
ar Island, 25 August 1971
- Citation and context at Happenability, 25 Aug'71
HBF DEFINITIONS
Quantum:
"One quantum .
turns out to be also the minimum
•
structural system of Universe."
Cite RBF at SIMS, U. Mass, Amherst, 22 July 171, p.22
RBF DEFINITIONS
Quantum
"At the end of a piece of rope we make a metaphysical
disconnect and a new set of observations are inaugurated,
each consisting of finite quanta integral ingredients
such as the time quality of all finite-energy quanta."
-
Cite RBP marginalis of Infinity entry from
Confirmed and expanded Beverly Hotel,
Citation at Metaphysical Disconnect, 19 Jun 71
19 June 1971.
RBF DEFINITIONS
Quantum:
"Quantum implies particularity."
100
For citation and context see Module, 1 Jun '71
RBF DEFINITIONS
Quantum
"The tetrahedron is a vectorial model of one
quantum of energy.
"
-
Cite NEHRU SPEECH, p. 14, 13 Nov'69
RBF DEFINITIONS
Quantum
"One quantum
one tetrahedron
"One-half quantum = One-half tetrahedron =
One triangle
Cite P. Pearce Inventory of Concepts, June 1967
S
One event."
RBF DEFINITIONS
Quantum
"An association of positive and negative half quantum
units identifies the tetrahedron as one quantum unit."
(See Illustration #4.)
* Cite SYNERGETICS ILLUSTRATION, caption #4.
1967
120
RBF DEFINITIONS
Quantum
"The right and left helixes formed of two triangles'
respective sets of three edges each constitute the
vectorial modelling in conceptual array of the positive
and negative "half spins" or "half Quanta" corresponding
respectively to the proton set and the neutron set
consisting of neutron and [ positron ? ] and neutrino
on the left hand and the proton, electron, and antineutrino on
the right hand. Together these six make one quantum unit-
which is identified as the tetrahedron."
17
-
Cite DOXIADIS, pp. 312, 313, 20 Jun'66
RBF DEFINITIONS
Quantum
"The number of all the lines, which is to say
... the number of all the vectors in the universe, is always
a number which is divisible by six. There are no exceptions.
Now these six vectors are the six edges of the tetrahedron,
which is the basic quantum unit, and consist as we have
seen of two sets of three vectors each, each of which sets
of three comprises one event, each event consisting always of
action, reaction, and resultant."
Cite CARBONDALE DRAYT IV 47 NASA Speech, p. 63. Jun'66
RBF DEFINITIONS
Quantum
"The tetrahedron with three positive edges and three
negative edges consists of two half quanta. These add to
exactly one quantum unit. The tetrahedral quantum unit
constitutes the basic structural system of universe.
ITS
is transformable, but
It
topological and quantum
identity persists in whole units throughout all experi-
ments with physical universe. It is the only polyhedron
that can be turned inside-out and vice versa by one
energy event."
Cite NASA S peach, p. 56, Jun 166-
-
Citation
at Tetrahedron, Jun'66
Quantum Accounting:
See Parallax, 23 Sep'73
RBF DEFINITIONS
Quantum: Event-Paired Quanta:
"The six edges of the tetrahedron consist of two sets
of three vectors each corresponding to the three-vector
teams of the proton and neutron, respectively, each of
which three-vector teams are identified by nuclear
physics as
one-half quantum, or
one-half Planck's constant, or
one-half spin,
with always and onlu co-occurring proton and neutron's
combined two sets of three-vator teams together
constituting one unit of quantum of energy, which in turn
is vectorially identifiable as one tetrahedron, which in
turn is identifiable as the mnimum structural system of
Universe."
Cite SYNERGETICS, "Corollartas," Sec. 240.65. 1971
HBF DEFINITIONS
Quantum: Event-paired Quanta:
"As vectors, the proton and neutron-- being energy events--
both have reaction and resultant vectors which, due to precession,
are never 180' angular diversions of the actions. Each set of
three vectors looks like a Z. Both the proton's vector group,
with its electron and antineutrino, and the neutron's group,
with its positron and neutrino, aré ach called one-half Planck's
constant; or one-half spin; or one-half of an energy quantum.
"When we bring together these two sets of three vectors each,
they integrate as six vectors and make une unit of quantum and
coincidentally also make one tetrahedron (of six vector edges).
The eterahedron is veritably the conceptual unit of one energy
quantum."
Cite NEHRU SPEECH, p.23, 13 Nov'69
RBF DEFINITIONS
"The discovery
Quantum: Event-Paired Quanta.
that a structural system may be
零
described as the sum of its surface angles [in increments of
720° . . . bears out.
•
that the tetrahedron is the basic
quantum unit. It also demonstrates the fundamental
THE
twoness of energy quantum's proton-neutron.
It also provides
the experimental basis of the Theory of Functions in which
a function can only and always coexist with another function
as demonstrated experimentally in all systems as the
inside-outside, convex-concave, tension-compression couples.
All the foregoing brings us to recognition of why the proton
group and neutron group account rationally for al physical
structures."
Cite NASA Speech, pp. 63-64. Jul'66
RBF DEFINITIONS
Quantum: Event-paired Quanta:
"
*. . . All patterns, for instance, numbers or phonetic
letters, consist of physical ingredients and physical
experience recalls. The physical ingredients consist
inherently of event-paired quanta and the latter's six-
vectored, positive and negative, actions, reactions and
resultants
11
Citation & context at Number, Jun'66
--Cite NASA Speech, 58 Jun166
Quantum: Event-paired Quanta:
See Action
Action-reaction-resultant
Happening Patterns
Minimum System:
Proton & Neutron
Reaction
Resultant
Minimum Structural System
Three-vector Teams
Z Cobras
(1)
Quantum: Event-paired Quanta:
See Cube: Diagonal Of, (1)
(2)
223
Quantum Hierarchy:
See Topological & Quantum Hierarchies
RBP DEFINITIONS
Quantum Jump:
"The doubling of the vectors is where the quantum comes
in: Nothing is lost!
"It all occurs between the Duo-Tet Cube of 3 (tetra = 1
and space -
1) and the biggest nucleated cube of 24.
The
six edges of the quantum loss can appear in the VE to
stabilize it as an icosa. The quantum reappears as edges
rather than volume.... "
Citation & context at Quantum Mechanics: Minimum Geometrical
Fourness, (3); 26 Aug 76
TEXT CITATIONS
Quantum Jump:
Quantum Leap:
Goldylocks, p.D1, 27 May'75
539.09
905.51
982.71
982.73
985.07
1032.11
$1013.60:-
TO13.64
Quantum Jump: Quantum Leap:
See Octahedron as Conservation & Annihilation Model
(1)
Quantum Jump: Quantum Leap:
221
(2)
See Basic Triangle:
16 Dec 73
Basic Equilibrium 48 LCD Triangle,
Octahedron as Annihilation Model, 30 Dec'73
Octahedron as Conservation & Annihilation Model,
23 Jun 75
Geometrical Function of Nine, (6)
RBF DEFINITIONS
Quanta Loss by Congruence:
"Euler's Uncored Polyhedra Formula:
Vector Equilibrium
Octahedron
Tetrahedron
VFE + 2
12 +14
24 +2
6 +8
12 +2
4+4
6 +2
"Though the tetrahedron superficially seems to have only
six vector edges, it has in fact 24. The tetrahedron is
quadrivalent, meaning that four positive and four negative
tetrahedra are congruent.'
(1)
-
Cite RBF/JRMarquette poster "Deceptiveness of Topology,"
Phila, PA; circa 15 Dec'76
(Incoprorated in SYNERGETICS 2 draft at Sec. 1033.51, 6 May' 77
RbF DEFINITIONS
Quanta Loss By Congruence:
"In exploring the intertransformability of the primitive
hierarchy of structuring-as-you-go, omnitriangularly
oriented evolution and the interbonding of its evolving
structural components, we soon discover that the universal
interjointing of systems and their foldability permit the
angularly hinged convergence into congruence of vectors,
faces, and vertices, (see VE Jitterbug) each of whose
multicongruences appear only as one edge, or one vertex, or
one face aspects, wherefore topological accounting as
presently practiced accounts each of these multicongruent
topological aspects as consisting of only one of such aspects.
"Only synergetics accounts for all the congruent (doubled,
tripled, fourfolded) topological aspects' presences by always
accounting for the initial inventory of the comprehensive
rhombic dodecahedron's tetravolumed 48-ness and the vector
equilibrium's inherent tetra volume 20-ness, together with
their respective initial or primitive inventories of vertices,
faces, and edge lines, which are always present in all stages
of the 48 1 convergence transformation, though often
imperceptibly so."
(2)
Cite RBF/Jarquette poster "Deceptiveness of Topology,"
Phila, PA; circa 15 Dec'76 See SYNERGETICS 2 at 1033.52+.53
RBF DEFINITIONS
Quanta Loss by Congruence:
(3)
"With recognition of the foregoing topological deceptiveness
and always keeping account of the primitive total inventory
of such aspects, we find it possible to conceptually demonstrate
and prove not only the validity of Boltzman's concepts, but
of all quantum phenomena, and thereby to conceptually inter-
link synergetics' mathematical accounting with the operational
data of physics and chemistry and their complex associabilities
manifest as geology, biology, et al."
-
Cite RBF/JRMarquette poster "Deceptiveness of Topology,"
Phila, PA; circa 15 Dec'76
Incorporated in SYNERGETICS 2 draft at Sec. 1033.54
RBP DEFINITIONS
Quantum: Paired-event Quanta:
"The recallable ingredients of experience consist inherently
of paired-event quanta of six-vectored, positive and negative,
actions, reactions, and resultants.'
[N.B.: RBF corrections to SYNERGETICS galley
at Sec. 505.12 suggest his preference for above
term as replacement for Event-paired Quanta. J
Citation and context at Happening Patterns, 6 Nov' 73
RBF DEFINITIONS
Quantum Mechanics:
"I saw that the whole complex of everyday reality which
compounded to constitute the 'environment' continuity
was altogether identifiable as pure quantum mechanics.
It could therefore be treated with rigorously as a design
science."
-
->
Cith NASA Speech, p. 36. Jun166
Citation & context at Environmental Events Hierarchy (4), Jun'66
HBF DEFINITIONS
Quantum Mechanics:
"As a consequence of discovering that the 'environment'
could be effectively analyzed by quantum mechanics, it
then became clear that what men had been designating as
'typhoons' or 'dew' fell into a table of abstract numbers
elegantly arrangeable in an order of energy magnitudes,"
Cite NASA Speech, p. 36. Jun 166
Citation & context at Environmental Events Hierarchy (5), Jun'66
HBF DEFINITIONS
Quantum Mechanics: Grand Strategy:
"The grand strategy of quantum mechanics may be described
as progressive, numerically rational fractionating of the
limit of total energy involved in eternally regenerative
Universe.
Cite SYNERGETICS, 2nd. Ed., at Sec. 937.11, 10 Apr 75
RBF DEFINITIONS
Quantum Mechanics: Grand Strategy:
" Fractionating the whole: that is quantum strategy.
Everything should be neutral until muted."
-
Citation & context at Harmonica, (1), 1 Feb'75
RBF DEFINITIONS
Quantum Mechanics: Grand Strategy:
"The quantum mechanics of Universe reveals that the big
ones are the least frequent. This is the hierarchy of
environmental events. Tornadoes vs. Mosquitoes.
There
is an hourglass pattern. And there are specific designing
criteria. I wouldn't know how to make a house nova-proof.
I don't have to try. This is quantum mechanics."
-
Cite RHF at Penn Bell videotaping, Philadelphia, 30 Jan'75
RBF DEFINITIONS
Quantum Mechanics:
Grand Strategy:
"Dealing always in terms of a finite Universe or totality
of behavior, we are able to work from the generalized whole
to the particular or special-case manifestation of the
generalized accounting.
This is the basis of the grand
philosophical strategy of quantum mechanics."
UNIVERSE
Cite NASA Speech, pp. 29-30. Jun'66
SEC. 305.627
RoF DEFINITIONS
Quantum Mechanics: Grand Strategy:
"My working assumption that unity was plaural and at minimum
two actually changed the grand strategy in quantum wave mechanics."
Citation & context at Unity Is Plural, 6 Jul'62
Quantum Mechanics: Grand Strategy:
See Harmonics, (1) *
Unity Is Plural, 6 Jul 62*
Considerable Set, 1959
Generalization & Special Case, Nov 71
RBF DEFINITIONS
Quantum Mechanica:
Minimum Geometrical Fourmess:
"You can take stones and break them into smaller stones
and they will always remain polyhedra--no matter how small.
It is like piezo-crystals. You can break down stones →
into crystals into atoms into minimum set. There
is the inevitable minimum set = crystal = tetra.
Electromagnetics--like ultrasonics--has a minimum geomet-
rical fourness: What is a chord? What is a quark? well,
there are a minimum of four frequencies. The crystals are
four-dimensional.
spectrum."
Time
Cite RBF to EJA, from Deer Isle, Sunset, ME; 26 Aug' 76
(1)
RBF DEFINITIONS
Quantum Mechanics: Minimum Geometrical Fourness:
"The cosmic hierarchy shows that the rhombic dodecahedron,
rather then the vector equilibrium, is the largest in the
hierarchy and is also allspace-filling. The successive
polyhedra result from further closest packing in which
every closest packed sphere has its passive complement.
The spheres transform into spaces and the spaces into
spheres (as shown in Sec. 1032.)
"This explains why the physicists did notunderstand Bolts-
mann's law and how they didn't employ the powerful tool
of Euler's topology. They would not have seen the connect-
ion with Euler's constant relative abundance without my"
-
Cite RBF to EJA, telephone from Sunset, ME; 26 Aug' 76
(2)
RBF DEFINITIONS
Quantum Mechanics: Minimum Geometrical Fourness:
"extraction of the polar twoness and without synergetics'
analysis which demonstrates the doubling of the vectors.
The doubling of the vectors is where the quantum comes in:
Nothing is lost!
"It all occurs between the Duo-Tet Cube of 3 (tetra = 1}
and space = 1) and the biggest nucleated cube of 24.
The six edges of the quantum loss can appear in the VE to
stabilize it as an icosa. The quantum reappers as edges
rather than volume. The hierarchy is topological. Even
the rhombic dodecahedron has to be omnitriangulated to
become stabilized. Each of its diamond faces has to be"
Cite RBF to EJA, by telephone from Sunset, ME: 26 Aug'76
(3)
RBF DEFINITIONS
Quantum Mechanica: Minimum Geometrical Fourness:
connected (along the short fold)
that it takes two quanta to do that.
and you will find
"The 1, 2, 3, and 5 sequence these are the threevent
vectors that also show up in the vector model of the
magic numbers (Sec. 995.)"
-
Cite RBF to EJA, by telephone from Sunset, KE; 26 Aug'76
(4)
Quantum Mechanica: Minimum Geometrical Fourness:
See Polyhedra, 18 Jul'76
Tetrahedron as Microsystem, 12 May177
Quantum Mechanics:
See Epistemology of Quantum Mechanics
Quantum & Wave
Half Spin
Chain Reaction
Quark
Superatomics
Transuranium Elements
Electron
(1)
Quantum Mechanics:
See Considerable Set, 1959
Environmental Events Hierarchy (4)*; (5)*
Minimum Set 18 Nov 172
Multiplication By Division, 24 Sep'73; 20 Jan'77
Octantation, May'73
Spin, Dec 71
Subfrequency (1)
Synergetics, (p. 101) Jun166
Unity is Plural, 6 Jun'62
Wholes & Parts, 10 Dec 73
Nine, 16 May 175
Tetrahedron: Nine Schematic Aspects, 30 Aug* 75
Environment, 29 lar' 77
Human Beings & Complex Universe, (4)
(2)
Quantum Propagation:
See Frequency, 22 Jun 72
Quantum Theory:
See Neutral Axis, 1 Jan' 75
Uncertainty Principle, May 167
Quanta Values:
See Energy Quanta Values
(1)
Quantum Values:
See Universal Integrity: Manifest Ratios & Potential
Ratios, 1 Apr 72
(2)
RBF DEFINITIONS
Quantum Wave Phenomena Sequence:
"We say that Universe is design and that design is governed
exclusively by frequency and angular modulations, wherefore
the 'angle' and 'frequency' must be discretely equatable with
quantum mechanics which deals always synergetically with the
totality of Universe's finite energy.
"The relative acutenesses and the relative obtusenesses of the
angle and frequency modulating must relate discretely to the
relative mass experienciabilities of Universe.
(1)
"Quantum wave phenomena's omni-wholeness of required a priori
accountability and persistent consideration is always sytem-
atically conceivable as a sphere and may be geodesically
fractionated into great-circle-plane subsets for circular plane
geometry considerability. Quantum waves always complete their
cycles (circles). The circle can be divided into any number
of arc increments as with the teeth of a circular gear-- many
little teeth or a few big teeth. In quantum wave phenomena we
may have a few big, or many small, differentiated events, but
they will always add to the same whole."
Cite SYNERGETICS draft at Secs. 539.01-.03, 23 Sep*73
RBF DEFINITIONS
Quantum Wave Phenomena Sequence:
(2)
"The rate of angular change in a big wave is very much slower
than the rate of angular change in a small wave, even though
they look superficially to be the same forms-- as do two circles
of different size appear to be the same form. The difference
in the wave that is big and the wave that is small, is always
in relation to the dimensioning of the observer's own integral
system and determines the discrete difference (i.e., the
'relativity') of the wave angle.
"What is the most economical relationship' or 'leap' between
the last occurred event and the next occurring event? It is
the chord (identifisable only by central angle) and the rate
of the central-angle reorientation-aiming most economically
toward that event, which is the angular (momentum}
ergy change involved in the angular and frequency modulation
of all design of all pattern integrity of Universe."
Cite SYNERGETICS draft at Secs. 539.04 + .05, 23 Sep'73
Quantum & Wave:
See Divide & Conquer Sequence, (1)
Environment Controls, (1)´
Environment Events Hierarchy, 1954
Physics, 28 Jun '72
Periodic Table: Harmonics of 18, 22 May 75
Synergetics, Nov* 71
Environment, 29 Mar 77
Quantum:
A Quanta Module
B Quanta Module
T Quanta Module
See Control Quantum
Discontinuity
Energy Quanta
Package
Proton & Neutron
Relative Quanta Ratios
Structural Quanta
Teleologic Quanta Series
Vector: Threeness of the Vector
Wave Quantum
Wave Quantum & Indig Bow Ties
Wave vs. Particle
Z Cobras
Volumetric Quantum
Photon-quantum
Domain & Quantum
Invisible Quantum
Metaphysical & Physical Tetrahedral Quanta
Fourth Quantum
Basic Event
Structural Quanta vs. Volumetric Quanta
(1)
Quantum:
See Angular Topology: Principle of, 14 Feb'66
Finite, 14 Feb 66
Finite Furniture, 11 Feb'71
Gravity (2)
Happenability, 25 Aug'71*
Isotropic Vector Matrix, 13 Nov'69
Metaphysical Disconnect, 19 Jun'71*
Minimum Set, 18 Novi 73.
Neutral Angle, 16 Dec 73
Omnifinite, 11 Feb 71
Pi, Nov 71
Powering (B)
Module, 1 Jun 71
Seven Axes of Symmetry, 13 May'73
Tetrahedron, 20 Jun'66; (2); 5 Mar 73; Jun'66*
Universe, 25 Aug171
System & Structure, 16 Aug*70
VE & Icosa, 10 Apr 75
Invisible Tetrahedron, (1)
(2)
Quantum:
See Quantum Accounting
Quantum: Event-paired Quanta
Quantum Hierarchies
Quantum Jump
Quantum: Paired event Quanta
Quantum Mechanics
Quantum Mechanics:
Grand Strategy
Quantum Propagation
Quantum Theory
Quantum Values
Quantum & Wave Mechanics
Quantum Wave
Quantum Wave Phenomena Sequence
Quanta Loss by Congruence
(3)
RBF DEFINITIONS
Quarks:
Q.
RBF:
"The high-energy particle physicists have their
devices ever seeking the final smallest particle.
Are
the quarks
Will the quarks become quarklets?
a by-product of the devices used to seek them, or
a re they a priori?"
"Yesterday I gave you the A and B Quanta Modules...
and a tensed string as a system with mathematical properties.
Thus the liites identify with quarks.
"Being tetrahedra, it is no trouble to halve the mites into
lower and lower altitude
scalehe tetrahedra... the infinite
spinnability of the quarter tetrahedra. There is no limit;
but they may arrive at incredibly small
volume.... These
may
well show up as quarklets.
Cite RBF to World Game Workshop'77; Phila., PA; 22 Jun'77
Quark:
TEXT CITATIONS
(For RBF discussion of quark in synergetics see Ltr. to
Dr. Robt. W. Horne, pp. 3 - 6, 14 Feb 166.)
Sec. 260.12 (2nd. Ed.)
8260.12
81052.32
81052.343
81052.357
Quark:
See Mite as Model for the Quark
Half Spin
Quantum Mechanics
Mites & Quarks as Basic Notes
Strange Particles
(1)
Quark:
See Angular Topology: Principle Of, 14 Feb'66
Invisibility of Macro- and Macro- Resolutions, (2)
Microsystems, 22 Mar 76
Quantum Mechanics: Minimum Geometrical Fourness, (1)
Tetrahedron as Microsystem, 12 May' 77
(2)
435
RBF DEFINITIONS
Quarry:
11
•
•
Quarrying:
By progressively eliminating the degrees of
absurdity and working back to the not too absurd
he is liable to be able at least to learn the quarry,
where his quarry is in a small area. What we call quarrying
is objective. These are hunting terms.
"
0
-tite tape transcript BF to EJA and BO'R, Chiegge, 1 June 1971.
-
Citation and context at Reductio ad Absurdum, 1 Jun'71
Quarry: Quarrying:
See Boole
Irrelevancies:
Dismissal of
Reductio ad Absurdum
Twenty Questions
(1)
Quarry: Quarrying:
See Reductio ad Absurdum, 1 Jun'71*; Nov'71
(2)
Quarterback:
See Ignorance as Quarterback
Quarterback: We Applaud the Quarterback and Not the Lineman:
See America, 22 Jul 71
Organic Model, Oct 66
(2)
Queen Mary: (Steamship):
See Continuous Man, (1)
Industry, 1963
Ruddering Sequence, (2)
Tools: Craft & Industrial, 1970; 5 May167
Trim Tab, Feb 72
Dome over Manhattan, 28 Jan'75
Geoscope, 29 Jan'75
North-south Mobility of World Man, (1)
RBF DEFINITIONS
Questions: Answering Questions:
Q.
A.
Do you wish to continue this communications mode?
"I do not wish anything. I am grateful for 'what happens.'
I am committed to problem solving by positive competent
participation in the inexorable physical evolution's transforma-
tive stratagems. I am 78. My mail is prodigious. I cannot
answer each letter. Therefore, I write books of answers to
most pressing questions. Have published 12 books. If you read
them all you would not have had to ask the questions that you
did for most of them are answered as best I know how in those
books. Please do not think that I consider myself an authority.
I have been asking myself questions for my whole lifetime and,
a half-century ago, challenged myself to find my own answers
by experiemnt or in the books instead of asking live questions
of others. This did not preclude listening to others when they
spoke voluntarily to me. I decided to commit my answers to
paper so that I could check myself at a later date; in order
by trial and error to learn how to think more adequately and
incisively. I am glad that you have written to me and above
all that you as a young human are interested in such important
questions at least to me they are important."
Cite RBF Ltr. replying to one from James Coley, Sep'73
Question Answering:
See Self-querying
RBF DEFINITIONS
Question Asking:
"Many years ago I developed a system of question asking in
which I ruled that I must always answer the questions from
experience. My answers must not be based on hearsays, beliefs,
axioms, or seeming self-evidence."
-
Citation and context at Schence, Jun'66
RBF DEFINITIONS
Question asking Possibility:
"There is a question-asking possibility that metaphysical
omniscience may be transcendental in its velocity to that
of omnipotence, i.e., the definitive physical speed of
energy as radiation."
Cite OMNIDIRECTIONAL HALO
Washington DC, 21 Dec. 1971.
163, as rewritten by RBF in
* Citation at Metaphysical and Physical, 21 Dec'71
RBF DEFINITIONS
Question-asking Possibility:
"There is a question-asking-possibility that omniscience
may be transcendental in velocity to the definitive
physical speed of energy omnipotence."
City Omnidirection:
Citation at Omniscience Transcendent of Omnipotence, 1960
Question Asking:
See Problem:
Statement of the Problem
Self-querying
Why For? & How Come?
(1)
Question Asking:
See Computer, 1960
Conscious & Subconscious, Jun'66
Experience, Jun'66
Formulations, 1963
Metaphysical & Physical, 21 Dec171*
Omniscience Transcendent of Omnipotence, 1960*
Science, Jun'66*
(2)
Question: Largest Askable & Answerable Question:
See Universe, (A); Oct'66
Question: Kost Comprehensive:
See Universe, (1)
RBF DEFINITIONS
Question: Original Question:
"Here then is an original question: born through
occurrence of unexpected interference in experimental
interpatternings.
Original questions of computers or
humans probably are, always, products of unexpected inter-
ferences. . ."
Citation and context at Computer (D), 10 Dec'64
RBF DEFINITIONS
Question:
Original Question:
"The scientist-philosphers of computer integation say that
because the asking of original questions is a consequence of
interferences, and because interferences are products of time
sequences, it follows that original questions are both functions
and products of time. There must be a great number of moves
and a vast number of computer components before enough time
can elapse to develop new types of secondary or tertiary inter-
ferences, which in turn may from time to time proveke original
questions."
-
Citation and context at Computer Asks an Original Question (4)
C175029 Aug 64
Question: Original Question:
See Computer Asks an Original Question
Starting with Universe
(1)
Question: Original Question:
See Computer (D)*
Cybernetics, May'65
Interference, May 165
(2)
RBF DEFINITIONS
Question Period:
"Q. Mr. Fuller, will you be available for a question
period after the lecture?
"A. Sure we can have a question period. Each young
person after the lecture can ask himself his own
good questions and come up with his own answers."
Cite RBF on Telephone to Dr. Edwin Elkin, Wash. DC, 16 Oct 72
Question: Each Next Good Question:
See Future of Synergetics, 1960
Question:
See Answer:
Answerable
Answer:
Unit Answer
Forty Questions
Self-querying
Strategic Questions:
Twenty Questions
Inventory Of
Light Side vs. Serious Side of any Question
Unanswerable
Why:
The Unanswerable Why
Forgotten Questions
(1)
Question:
Questions:
See Children as Only Pure Scientists, (1) (2)
Experience, Oct 66
Sculpture as Single Frame, 22 Jul'71
Survival, 1938
Thinking, 6 Nov 73
Wealth as Know-how, (1)
(2)
Question:
See Question Asking
Question: Answering Questions
Question-asking Possibility
Question: Largest Askable & Largest Answerable
Question: Most Comprehensive
Question: Original Question
Question Period
Question: Each Next Good Question
Question: Old Question
Quenton: The Question de
(3)
120
RBF DEFINITIONS
Quick and the Dead: Song Of:
"Song of the Ded
and the Quick--
Newton was a noun
And Einstein is a verb.
Einstein's norm makes Newton's norm,
INSTANT UNIVERSE,
Absurd."
Cite HOW LITLLE I KNOW, p.34, Oct 66
Quick & the Dead:
See Animate & Inanimate
(1)
Quick & the Dead:
(2)
See All acceleration Universe (2)
Instant Universe, vs. All-motion Universe, 22 Apr'61
New York City (10)
Quick Death:
See Death:
Slow Death by Slums vs. War as Quick Death
Quick: Quickness:
See Intellect & Quickness
Reflex
(1)
Quick Quickness:
See Locomotion: Radius of Man's Locomtion, 1 Apr'49
(2)