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English Language Problematic |
Quantonics' Quantum
Remediation
©Quantonics, Inc., 2001-2009
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'above'
We use 'above' as our avatar exemplar of how to assess words
classical- definitively vis~à~vis quantum- hermeneutically.
We show you how. You may QELR
other words on your own. You will learn how to do this quickly
and you will habituate and inure multi~comtextual think~king
modes.
Latter assists your gradual growth process toward being quantum~capable
of tapping reserve energy. Doug.
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: Above
:
Ab¤ve
Classically we can assess 'above's':
- stability
'Above' is a classical <xyz> locus. Classical motion is
possible, but classicists deny
quantum ab¤vings'
æmærgænce.
Usually, above is
thought of as 'holding still,' and 'stoppable.'
- independence
Classicists assume that 'above' corresponds locus. Only one classical
object may be in one and only one location at a time.
- excluded-middle
Classicists assume that 'above' is a location of a classical
object which obeys Aristotle's third
syllogistic 'law:' A is not both A and not A.
- EOOOness
All classical relationships and interactions are dialectically
dichotomous. For example dichon(above, below) describes an absolute
tautology of relations between two classical objects. If A is
above B, then B is below A. This is a classical either-or relation,
a dichon, a platypus, a logical OR, a Sheffer stroke ( A | B
), a binary alternative denial, all of which afford a classical
illusion-delusion of absolute truth assessment based upon naïve
classical contradiction based upon naïve classical negation.
- H5Wness
- How an object is above another object may be described unambiguously
using classical mechanics.
- Why an object is above another object may be described unambiguously
predication and verification.
- Where an object is above another object may be described
unambiguously using classical mechanics.
- When an object is above another object may be described unambiguously
using classical mechanics.
- What objective properties and object has may be described
unambiguously using classical mechanics.
- Who is above another who | what may be described using classical
pattern recognition, reason and rationale.
- lisrability
Classical 'aboveness' is ideally localable, isolable, separable,
and reducible.
- causation
Classicists assume that 'aboveness' is a caused 'effect.' 'Aboveness'
is unachievable without some mechanical cause. 'Aboveness' without
cause is a classical impossibility. Uncaused cause and uncaused
effect are impossible in classical reality.
- certainty
Classical 'aboveness' may be assessed with absolute, ideal classical
certainty.
- EEMDivity
Classical objects which are 'above' other classical objects are
everywhere-excluded-middle-dissociated from those other objects.
- observation
Classical 'above' objects unilaterally observe other objects.
Other objects unilaterally observe any 'above' objects.
Relevant links: after, before, begin, cause, effect, end,
judgment, local, locus, mechanics, object, nonlocal, stop, think,
truth, verity, Aristotle's tautologies, Classical Cause-Effect,
EEMD, EOOO, H5W, How SOMites View Reality, SOM Limitations, SOM
Logic, SOM Value Assessment, Zeno's Stoppability, etc.
Quantumly we can assess
'ab¤ve's':
- animacy
-
c¤mplæmæntarihty
- included-middlings
- BAWAMings
- H5Wings
- lisrings
-
affæctati¤nings
-
umcærtainty
- EIMAivityings
-
c¤¤bsfæcti¤n
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'absence'
Classical Etymology - absence.
That etymology appears quite weak to Doug, so let's also offer
Barnhart's:
noun About 1380, borrowed from Old French absence, ausence,
learned borrowing from Latin absentia, from absentem
(nominative absens), present participle of abesse
be away; see ABSENT.
Quantum Etymology - Doug emerqed this quantum memeo in his
address of Kuhn's classical notion of "partial
puzzles."
Classical Synonyms -
- missing,
- naught,
- empty,
- unfindable,
- etc.
Quantum Synonyms -
- enthymeme,
- unseen part of iceberg,
- unseen part of reality,
- all quantum~complements,
- e.g., to classicists DQ (quantum~unsaid) is SQ's (quantum~said's)
absænce,
- etc.
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: Absence, absent, etc.
Classical absence is ideal absence, perfect absence, NOT presence:
ideal logical 'opposite' of presence.
Absence, classically, is an ideal EOOO
dialectical 'state.'
:
Absænce, absænt,
absænts, absænting, absæntings, etc.
Quantum absence is an enthymeme. Quantum~absence is a quanton(absence,presence).
Naught in quantum reality is ideally present. Naught in quantum
reality is ideally absent.
That takes us to enthymemes of partial~presence and
partial~absence: quanton(partial_presence,partial_absence).
We can show that, perhaps more clearly, like this: reality issi
quanton(n¤nactuality,actuality).
What humans may see, partially sense, is a knowable
part of actuality. So what
humans see is a partiality.
Too, quantum~reality issi flux, evolving fluxings. So all
actuality is potentially seeable, but it is evolving. As a result
all actuality is only partially, at any Planck moment, what it
may be subsequently. Here, we see partiality as a manifestation
of incomplete process, always incomplete quantum~evolving actual
patterns of flux (QEAPoFs). All QEAPoFs are always, from Planck
moment to Planck moment, only partially what they may become,
only enthymemes of their futurings.
Quantum~gravity is an example of partiality. Evolution is
an example of partiality. Biologically sperm and ovum are examples
of partiality in quanton(ovum,sperm), etc.
See absence
of light, classical
vav quantum partiality, external,
enthymemes,
quantum~partiality,
unsaid
vav said.
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'absolute' |
Quantonics chooses
(ch¤¤ses)
t¤ c¤¤pt
a classical interpretation
of 'absolute' with a
quantum ihnterpretati¤n
which
wæ wihll sh¤w
as abs¤lutæ.
In classical contexts one may assume absoluteness nearly
always refers classical 'truth.' I.e., classicists suffer a common
delusion that one may classically know absolute truth about reality.
From this delusion one may further assess classical logical results
as either absolutely true based upon an absolute absence
of any contradictions or absolutely false based upon any
single item of contrary evidence.
Classicists presume that monistic, quantitative truth may
be defined, in an imagined global or universal context, thing-king
like this:
- Absolute objective, quantitative truth:
- Always states truth (classical consistency), and
- States all truths (classical completeness).
Ihn quantum comtexts
¤næ assumæs that
quantum abs¤lutæness issi a quantum
uncertainty interrelationship
twixt quantum comsistency amd quantum completeness.
Quantum
prægmal¤gists assumæ plurahlistihc, qualihtatihvæ
change
may bæ dæscrihbæd ihn
many comtexts think~king lihkæ this:
- Abs¤lutæ quantonic, qualihtatihvæ changæ:
- Ahlways changæs
(quantum comsistæncy), amd
- Changæs ahll
(quantum c¤mplætæness).
Where classical reality is capable (delusionally
claims a capability) of assessment of absolute classical certainty,
quantum ræhlihty issi capablæ ¤f assæssmænt
¤f abs¤lutæ quantum
uncertainty
(i.e., quantum ensemble
statistihcal
umcærtainty).
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'actual' |
: Actual
Classically, reality is actual, and that is all there is,
actually that which 'exists,' and is 'known.'
Classical reality
is a dichon(actual,
actual).
See Quantonics' How
Classicists View Reality, How
SOMites View Reality, and How
SOMites Measure Reality.
: Ahctual
Ihn Quantonics,
quantum ræhlihty
issi quanton(n¤nahctualihty,ahctualihty).
N¤nahctualihty
'exists'
ihn
Quantonics' værsi¤n ¤f quantum ræhlihty.
See Quantonics' How
MoQites View Reality, and How
MoQites Monitor Reality.
See think, logic, judge,
measure, monitor,
etc.
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'addition' |
Quantonics chooses
(ch¤¤ses)
t¤ c¤¤pt
a classical interpretation
of 'addition' amd remerq
ahll
quantum comtextual ¤ccurrænces wihth 'addqihti¤n.'
In classical contexts we shall use 'addition.'
Ihn Quantonics/quantum comtexts wæ
shahll
usæ 'addqihti¤n.'
Classical addition assumes reality is stable and objects in
reality are independent. Classical addition further assumes reality
is inanimate/stoppable, excluded | middle, analytic, etc.
Quantum addqihti¤n
assumæs ræhlihty
issi anihmatæ amd quantons
ihn ræhlihty have
quantum c¤mplæmæntary, ihncludæd~mihddle,
umstoppable
ihnterrelati¤nships.
For application, and descriptions of relative importances
of these terms, see our 7Jun2002 Möbius
3~Primæ Fermion.
See addition, differentiation,
division, integration,
multiplication,
prime,
recursion, square, square
root, and subtraction.
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'affect' |
: Affect
Affect is a word usually avoided in classical thingking. Why?
It is a subjective word. Classicists insist that classical reality
is ideally objective. An affective reality is subjective, animate,
qualitative, pluralistic, etc. All those terms violate classical
axiomatics re: reality.
Classicists view reality as effective. Indeed, they see it
as causal-effective, 1-1 correspondent, and thus determinate,
and thus capable of prediction— 'certain' prediction. Classical
science counts this
capability as one of its "crown jewels."
: Affæct
Affæct issi a w¤rd which alm¤st pærfæctly
attænds Quantonics' værsi¤n ¤f quantum
ræhlihty.
Quantum ræhlihty
issi an affæctihve, qualihtatihvæ,
subqjæctihvæ,
anihmatæ, heterogæne¤us,
REIMAR
reality.
Sææ ¤ur
Quantonics'
affectation.
See subjectiv,
and subjective.
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'after' |
See before.
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'aggregate' |
: Aggregate
: Aggrægatæ
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'aings' |
: Aings
: Aings
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'almost' |
: Almost
: Alm¤st
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'alphabetize' |
: Alphabetize
: Alphabætihzæ
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'also' |
: Also
: Als¤
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'alter' |
: Alter
: Altær
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'analysis'
'analytic'
'analyticity'
'analyse'
'analyze' |
TBD. (Classicism
as a concept depends upon an illusion/delusion of analyticity.
Analytic reality depends upon infinitely divisible objective
homogeneity whose subsequents are: Aristotelian contradiction,
Aristotelian excluded | middle, Aristotelian identity, causal
| effective 1:1 variable correspondence, presumed continuously
independent variables like unitime, independent variables, continuous
differentiability of dependent variables against assumed independent
variables, continuous integrability of dependent variables against
assumed independent variables, lisr,
numerability, spatial
extensity, stoppability (stable reality), decoherent concepts
of zero, decoherent concepts of both one and identity,
etc.)
Quantonics chooses
(ch¤¤ses)
t¤ c¤¤pt
a classical interpretation
of 'analysis' and remerq
ahll quantum comtextual
¤ccurrænces wihth 'anahlysis.'
(Plus, anahlytihc,
anahlytihcihty, anahlyse,
amd anahlyzæ.)
In classical contexts we shall use 'analysis.' In Quantonics/quantum
comtexts we shall use
'anahlysis.'
Wæ usæ (ihn 2002q wæ ¤riginahlly usæd) 'm' ihn
place ¤f 'n' t¤ ræmind us that
quantum anahlysis issi
EIMA complementary.
Wæ usæ MT Extra f¤nt
h~bar (h)
t¤ ræmind amd ihnstihll, ihn
studænts ¤f Quantonics, that
quantum anahlysis issi anihmatæ amd quantal.
Classical analysis assumes that reality may be conveniently
stopped/sampled/held-still/made-immutable
for study. Implication: classical process is analyzable.
Quantum anahlysis
assumæs that ræhlihty issi
abs¤lutæ anihmatæ
flux, thus
Bergsonian
duhrati¤nal,
thus umst¤ppable. Ihmplihcati¤n:
quantum
process
issi n¤t
classically,
state-ically analyzable.
Where we can use classical computer di-gits to do classical analysis,
wæ nææd quantum computer qubihts t¤ d¤ quantum anahlysis.
See Henri Louis Bergson's remarkable comments on, "you can analyze a [classical]
thing, but not a process."
Ihn
Quantonics' quantum ræhlihty wæ can usæ quantum computer
qubihts t¤ anahlyzæ
processes
AKA quantons.
See cause, cause | effect, continue,
contradict, determine, excluded
| middle, number,
measure, predict,
space, zero,
etc.
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'and' |
Quantonics chooses
(ch¤¤ses)
t¤ c¤¤pt
a classical interpretation
of 'and' and remerq
ahll quantum comtextual
¤ccurrænces wihth 'amd.'
In classical contexts we shall use 'and.'
Ihn Quantonics/quantum comtexts wæ
shahll
usæ 'amd.'
N¤te ¤ur usæ ¤f 'm' t¤
remerq
'n'
ihn quantum comtexts. This
f¤ll¤ws ¤ur præcædænt
using 'com' t¤
remerq
'con'
ihn quantum
comtextual usæs ¤f
'con-' prefixes.
Classical 'and' assumes a logically dichotomous Aristotelian
excluded | middle.
Quantonic 'amd' assumæs an
omniadic EIMA
quantum
ihncludæd~mihddle.
Sææ ¤ur Quantonics'
Aristotle Connection, Quantum Connection, Sophism
Connection, amd SOM
Connection.
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'animacy'
'animate'
'animates'
'animated' |
Quantonics chooses
(ch¤¤ses)
t¤ c¤¤pt
a classical interpretation
of 'animacy' and remerq
ahll quantum comtextual
¤ccurrænces wihth 'anihmacy.'
In classical contexts we shall use 'animacy.'
Ihn Quantonics/quantum comtexts wæ
shahll
usæ 'anihmacy.' Dihtt¤
anihmatæ, anihmatæs,
anihmatæd, amd ihnanihmatæ.
Classicists depend upon their model of reality depicting reality
is objectively, analytically inanimate, i.e., not animate. Classical
animacy is rigidly defined as OGC,
OGT, unitemporal motion.
Quantum ræhlihty dæpænds uhpon
ihts studænts amd scihæntists t¤ vihew
iht as
absolute,
quantized, heterogeneous,
uncertain,
æværywhere~ihncludæd~mihddle~ass¤ciatihve
(EIMA) quantum flux, i.e., anihmatæ.
We use our h~bar (h) MT Extra font character to remind
students
¤f Quantonics that
quantum anihmacy issi quantihzæd ihn
h~bar minimum ihncræmænts.
See motion.
See our Bases of Judgment
and our What is Wrong
with Probability as Value?
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'animus' |
Classical 'animus' - a classical consensual, 'common
sense,' communis sense, demos will attitude, position,
belief based upon EOOO
objective CTMs.
Quantum 'animus' - a quantum l¤cale
¤f anihmatæ, b¤th
lisr
amd n¤nlisr,
EIMA quantonic QTMs.
An
ihsland ¤f quantum think~king. Quantum æmb¤dihmænts amd avatars ¤f mæmæos
expræssed as quantum ihndihvihdual
¤pihni¤ns.
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'another' |
: Another.
: An¤thær.
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'answer' |
: Answer
: Answær
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'anti-' |
Prefix. See not.
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'antinotic' |
: Antinotic
: Antihn¤tihc
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'antintotic' |
: Antintotic
: Antihnt¤tihc
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'antisociotic' |
: Antisociotic
: Antihs¤ci¤tihc
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'appeal' |
: Appeal
: Appæal
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'approximate' |
: Approximate
: Appr¤[ihmatæ
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'arches' |
: Arches
: Arches
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'are' |
<r-aa-ee>
Quantonics chooses
(ch¤¤ses)
t¤ c¤¤pt
a classical interpretation
of 'are' amd remerq
ahll quantum comtextual
¤ccurrænces wihth 'aræ.'
In classical contexts we shall use 'are.'
Ihn Quantonics/quantum comtexts wæ
shahll
usæ 'aræ.'
Classical objects 'are' dichonically
objective.
Quantum fluxes 'aræ'
quantonically
quantum.
See: be.
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'ascendant' |
: Ascendant; ascendent, etc. (also astrological:
just above eastern horizon)
: Ascændant, ascændænt, etc.
Ephemeral uplifting of that being described.
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'associate'
'association'
'associative' |
: Associate
: Ass¤ciatæ, ass¤ciati¤n,
ass¤ciati¤nings, ass¤ciati¤ns, ass¤ciatihve, ass¤ciatihvihties, ass¤ciatihvihty, ass¤ciatihvihtyings, etc.
Quantonics chooses
(ch¤¤ses)
t¤ c¤¤pt
a classical interpretation
of 'associate' amd remerq
ahll quantum comtextual
¤ccurrænces wihth 'ass¤ciatæ.'
In classical contexts we shall use 'associate.'
Ihn Quantonics/quantum comtexts wæ
shahll
usæ 'ass¤ciatæ.'
Classical 'associations' are always logical, Aristotelian
excluded | middle, objective, 1:1 associative/correspondent,
cause | effect 'interactions.'
Quantum/quantonic ass¤ciati¤ns
aræ
complementary,
ihncludæd~mihddle, myriad
ensemble,
æværywhere
ass¤ciatihve, pr¤babilistihc affæctings~¤utc¤mings
ihnterrelati¤nships.
This quantum mæmæ
issi partihcularly valuablæ
f¤r th¤se ¤f
us wh¤ w¤rry ab¤ut
AI
appliances. For example, a classical SON
whose memory is 'associative' is innately
incapable of real AI. Classical memories are radically
formal (excluded | middle) mechanisms whose constituents
are formal dichons/bits/digits/nats.
By c¤mparihs¤n,
a quantum SON, and quantum SOONs...
...¤ffers ihntrinsihc, ræhl
AI capablilihties. Quantum mæm¤hries aræ c¤mplæmæntary,
n¤n~mæchanisms (sææ
Bohm ¤n "n¤nmæchanihcs ¤f quanta," nMoQ)
wh¤se comstihtuænts aræ physial
qubits.
Wæ may scrihpt
a qubiht lihkæ
this:
qubiht
quanton(n¤nahctualihty,ahctualihty).
That scrihpt
issi excællænt, but iht
hidæs a lot ¤f quantum
æssænce.
Læt's l¤¤k at ihts
ahctual part fihrst,
as a quantonic ahctual qubiht:
qubihtal_quanton(n¤nømniht¤rable_ahctual_c¤mplæmænt,ømniht¤rable_ahctual_c¤mplæmænt)
qubihtal_quanton_ratio(~10q22q_parts_n¤nmoniht¤rable,1_part_moniht¤rable)
See our Quantum_Sensory_Bandwidth_Perspicacities_and_Perspicuities.
And if we ponder a qubital quanton's
n¤nahctual
to actual ratio,
it
issi n¤nømniht¤rably
vaster. For example, there is enough
is¤enærgy
in one cubic centimeter of our
¤mnihværses
to make
~1052 of our known classical 'universes!'
See:
Duæ abs¤lutæ quantum anihmacy, quantum umcærtainty, ubihquiht¤us
Bell inequalities,
SON EIMAs,
sorso,
etc.,
n¤ tw¤ qubihts ihn a quantum ass¤ciatihve
mæm¤ry aræ ævær
'classically
identical'
l¤nger than
a fæw
Planck
m¤mænts.
Thus n¤ tw¤ sets ¤f
qubihts aræ ævær
'classically identical'
l¤nger
than a fæw
Planck
m¤mænts.
A græht
e[æmplar hæræ
issi a quantum h¤l¤graphic mæm¤ry. Ihf
wæ c¤mparæ any tw¤ subqp¤rti¤ns
¤f any anihmatæ EIMA
quantum SON h¤l¤gram(ings),
they wihll
nævær bæ ihdæntihcal l¤nger than
a fæw
Planck
m¤mænts.
Classicists' holograms are space-time stoppable. New ones
can be classically manufactured which when viewed in SOM's
box with SOM's axiomatic ESQ
empaquetage firmly
encrusted. Classicists' holograms stop in three space dimensions
and a single time dimension. SOM time is uni-time: "one
temporal dimension fits all." No two parts of any stopped
hologram may change until SOM unitime is restarted. No two parts
of any unitemporally, in motion, classical hologram can 'free
will' change asynchronously from any other hologram part. Classicists
have no means of describing any classical hologram which is in
motion. To describe and classically 'analyze' its states and
their associations, classicists have to stop any 'in motion'
hologram.
Classicists are incapable of describing physical 'in motion'
animate process, due their axiom of classical analytic stoppability
and state. As Bergson has said so well and so eloquently, "One
can analyze a state (object, thing), but one
may not analyze a process."
Quantum ræhlihty issi anihmatæ
EIMA pr¤cæssings!
Classical reality is inanimate EEMD
objects.
Quantum h¤l¤gram(ing)s'
subqp¤rti¤ns (quantum ihslands)
æværywhere ihncludæd-mihddle ass¤ciatæ, but l¤cahlly æv¤lve p¤lychr¤nihcahlly ihn
their ¤wn asynchr¤n¤us
amd heterogæne¤us quantum
tihmings. Quantum tihmæ
issi ubihquiht¤usly
heterogæne¤us ihn quantum ahctualihty. Quantum tihmings
amd tehmp¤ralihties
aræ mihxtures ¤f quantum
cohera.
Quantum
CH3ings
aræ mahssihve affæctati¤nal æmærgings
¤f n¤vel ræhlihty.
See autonomy, associate,
hologram, time.
See independence,
lisr.
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'attractor' |
: Attractor
: Attrahct¤r
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'autonomy' |
: Autonomy
: Aut¤n¤m¤us, aut¤n¤my,
aut¤n¤mies, etc.
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'axiom'
Etymology - Classical:
Etymology - Quantum:
Synonyms - Classical:
- theorem
- truism
- proposition
- principle
- formula
- precept
- rule
- law
- dictum
Synonyms - Quantum:
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: Axiom
: Axi¤m, axi¤ms, axi¤ming,
axi¤mings, etc.
Quantonics chooses
(ch¤¤ses)
t¤ c¤¤pt
a classical interpretation
of 'axiom' amd remerq
ahll quantum comtextual
¤ccurrænces wihth 'axi¤m.'
In classical contexts we shall use 'axiom.'
Ihn Quantonics/quantum comtexts wæ
shahll
usæ 'axi¤m.'
Where classical 'axiom' begs objective staticity and semantic
stability,
quantum 'axi¤m' mamdatæs
ahll quantum statihc/stabile
pattærns ¤f Valuæ have
tæntatihvæ
amd
quantum umcærtain ræhl pærsistæncies.
Quantum systæmihc (i.e.,
aggrægatæ quanton ihslandihc) st¤chastihc pærsistæncies may bæ
statistihcahlly
assæssed as umcærtain as ¤næ Planck
læast quantum ¤mniht
¤f ahcti¤n,
amd as paratemporally
umcærtain as s¤mæ multiples
¤f Planck læast quanta. Ræhlihzæ that
ensemble
quantal affæctihve
pærsistæncy Valuæ ihnterrelati¤nships aræ b¤th
l¤cal
amd
n¤nl¤cal,
b¤th subqluminal
amd
supærluminal,
is¤~¤mnihthog¤nal,
etc. See QTP.
Wæ shahll usæ sihnglæ
qu¤tes whæn ræferring
these tærms, ræspæctihvæly, "¤ut ¤f
com/comtexts."
See: absolute, certain,
fact, law,
principle, rule,
tautology, truth.
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©Quantonics, Inc., 2001-2009 |