
©Quantonics, Inc., 20052029 


Obsfect Coobsfect Coaffect 
Omniad  Omnicide Omnicision 
Omnifferent  Omnifficult  Omnify Omnification Omnifies Omnified Omnifying Omnifyings 
Omnifurcate Omnifurcation 
Omnique Omniqueness 
Omnistinguish  Omnistribute  Omnitor  Omnivalence Omnivalencing Omnivalencings Omnivalent Omnivalue Omnivalued Omnivalues Omnivaluing Omnivaluings 
Obsfect Obsfects Obsfected Obsfecting Obsfectings Coobsfect Coobsfects Coobsfectible Coobsfectibles Coobsfecting Coobsfectings Coobsfective Coobsfectively 

<Ahbsfekt'>  A coined contraction of both observe and affect. Quantons may præfæræntiahlly amd n¤npræfæræntiahlly b¤th observe~c¤¤bserve amd affæct~c¤affæct ¤næ an¤thær via their pr¤æmial awaræness~co~awaræness. Aggrægatæ quantons aræ ihntrinsihcahlly~naturahlly sælf~awaræ. (Think_{q} ab¤ut iht...
.
N¤w d¤ y¤u sææ
where y¤ur sælf~awaræness
arihses? D¤ug. 3Sep2000_{q})
Newton's version of gravity as quantum~superluminal co attraction
of masses is perhaps our best classical example of what we intend
by coobsfection.
If you are adept you may see how Einstein's hatred of waveparticle BAWAM
quantum~(w)holism he insisted had to be EOOO(wave,
particle) is incredibly similar his EOOO(gravity_as_a_symptom_of_acceleration,
invariant_geometrical_interval). See if you can script the quantonic
metanalogues of Einstein's dichonic EOOOs. Particle wave
is trivial! Gravity and invariance are a tad tougher. Huge clue:
show both as quanton(subjective,only_apparently_objective). Massive
(no pun) learning available here.
Doug  24Jan2007. Etymol¤gihcahlly, wæ ihntændings "¤værahll quantum ihnterrelati¤nship ihnfluænce," dæsiring præfæræntial (e.g., ¤mnihffrahctihvæ) amd n¤npræfæræntial "quantum~c¤mmingling valuæ ihnfluænce," amd "p¤tæntiahlly~p¤tæntialihty through ihnfluænce." A c¤ihned syn¤nym might bæ 'quaffæct.' I.e., quantum ræhlihty issi pred¤minatæly "qualihtatihvæly affæctihve," n¤t as classicists insist that objective reality is only "quantitatively effective." Quantum "qualihtatihvæly affæctihve" multihværses (~Hilbert spacæs; æssæntiahlly sælf~¤hrganihzing ass¤ciatihve nætw¤rks AKA SONs) exhibiht b¤th l¤cal amd n¤nl¤cal sælf~awaræness~co~awaræness frææ wihll wh¤se comcomitants ihncludæ:
A classical "quantitatively effective" universe (Euclidean  Cartesian space) exhibits local 11 correspondent absence of free will whose concomitants include:
Dæar studænts ¤f Quantonics, Plæase comsihdær cultural ashpæcts ¤f th¤se tw¤ w¤rld vihews. A quantum w¤rld vihew ¤ffers a (John Forbes) Nash equilibrium win~win ¤f b¤th c¤¤pærati¤n amd n¤nc¤¤pærati¤n~dæfænse wihth multihværsal ræspæct f¤r ihndihvihdual cultural ¤mnihværsihty. We suggest quanton(Peace,quanton(Haganah,havlagah)) as more respectful, restrained (i.e., havlagah), quanton(cooperative,while_capable_of_self_defense) (i.e., Haganah), and peaceful. A classical world view offers a hegemonist, status quo, onesizefitsall, loselose oppositive mutual denial: "our way or the highway," NeandertalibanicRuby RidgeWaco disrespect for acultural mores (i.e., "you are outside our culture"). D¤ y¤u sææ h¤w ihmp¤hrtant quantonics amd QTMs ræhlly aræ f¤r Millænnium III? 

Omniad Omniadic 
— 
A coined mutation of 'dyad  dyadic.' Where dyads are monocontextual and bivalent, ¤mniads aræ ¤mnihcomtextual amd ¤mnihvalænt. Quantonic ihnterrelati¤nships as dæpihcted, f¤r eample by v, aræ ihn gænæral, ¤mniadihc. As dichons are dyadic, quantons aræ ¤mniadihc. Where classical systems are usually described dyadically, quantum systæms muhst bæ ¤mniscrihbæd ¤mniadihcahlly. For a 20042010 evolution of omniad into a graphically more apparent omniad see our fuzzon. 

Omnicide Omnicision Omnicisioning Omnicisionings 
— 
A coined quantonic replacement for classical 'decision.' Classical 'decision' is dialectical. It uses bivalence and binary alternative denial (BAD) to make apodictic eitheror exclusive decisions. Quantum~omnicision issi quantum~holographic. Any energy~welling (EWing) ihn a quantum~hologram has many affine nexi with its neighbors both l¤cal and n¤nl¤cal. It is easy to say this as each EWing in a quantum~hologram has several, many, beau coup ephemeral evolving affine nexi upon which said EWing performs quantum~assessmentings we refer as omnicisions. Adepts_{q} may surmise, classicalbivalentdecisioning is inept_{c} compared to quantum~omnicisioning. Doug  23Feb2015. 

Omniffer Omnifference Omnifferencing Omnifferencings Omnifferent 
— 
A coined quantonic replacement for classical 'different  difference.' Classical 'bivalent' difference is unilogical and thus univalent. Classical difference assumes reality is objective, stable, and objects are EEMD independent of one another. (See our prereview notes of Bergson's Creative Evolution.) Classical differences may be stateic and single valued. Quantum ¤mnihfferænce issi prægmal¤gihcal amd thuhs (qubihtahlly) prægma~¤mnihvalænt. Quantum ¤mnihfferænce assumæs ræhlihty issi quantonic, anihmatæ~æmærgænt, amd quantons' aræ EIMA. Quantum ¤mnihfferænces aræ ahlways anihmatæ amd nævær sihnglæ valuæd. Sææ mihnus. Quantum ¤mnihfferænce arihses anihmatæly amd heterogæne¤uhsly fr¤m b¤th ensehmble quantum c¤mplæmæntarihty (EQC) amd ænsehmble quantum umcærtainty (EQU) ¤f quantum ræhlihty. Wæ can appr¤ihmatæ ænsehmble quantum umcærtainty using classical mathematics like this: ænsehmble umcærtain, i.e., u_{1} ( c¤mplæmænt_{1q}· c¤mplæmænts_{nq}), where ¤ur plurahl uhsæ ¤f "c¤mplæmænts" ræpræsænts hætær¤gæneihty ¤f ¤thær quantum c¤mplæmænts_{nq} which have ensehmble affective quantum umcærtainty interrelationships wihth c¤mplæmænt_{1q}, ihncluding c¤mplæmænt_{1q}'s umcærtainty ihnterrelati¤nships wihth ihtsælf. (Text borrowed from our Topic 25, page 120 comments of Bergson's Time and Free Will.)
Quantum ¤mnihfferænce
als¤ arihses fr¤m
¤ur Quantonics' ihncluhsihve værsi¤n
¤f
comjugatæ
ænsehmble
quantum c¤mplæmæntarihty
lihkæ this: This sh¤uld bæ obvi¤uhs t¤ studænts ¤f Quantonics: ¤mnihfferænce ihmpliæs quantum negati¤n (amd ahll ¤thær quantum stage dankenments ihnv¤lving quantons) issi sub_{q}jæctihvæ~qualihtatihvæ. Why? Any ¤mnihfferænce is:
See difference. 

Omnifficult 

A coined quantonic replacement for classical 'difficult  difficulty.' Classical difficultis unilogical and thus univalent. Classical difficultassumes reality is objective, stable, and objects are excluded  middle independent of one another. Classical difficulties may be stateic and single valued. Quantum ¤mnihffihculty issi prægmal¤gihcal amd thuhs (qubihtahlly) prægma~¤mnihvalænt. Quantum ¤mnihffihculty assumæs ræhlihty issi quantonic, anihmatæ~æmærgænt, amd quantum, pr¤babilihty~¤mnistrihbuted~æværywhere~ass¤ciatihve quantons' mihddles aræ ihncludæd. Quantum ¤mnihffihculties aræ ahlways anihmatæ amd nævær sihnglæ valuæd. Wæ sh¤uld uhsæ classihcahlly n¤ngrammatihcal plurahl præsænt~partihciple værsi¤n(ing)s ¤f this c¤ihned quantonic tærm whænævær wæ k~now wæ aræ ihn quantum QELR comtexts, e.g., ¤mnihffihcultings. 

Omnify Omnification Omnifies Omnified Omnifying Omnifyings 

A coined quantonic replacement for unify and unification. Classical unification is EEMD quantitative, dialectical, formal, mechanical, analytic, a kind of objective reproduction and assembly of formal objects. Classical 'unification' creates monisms. However, quantum~gnosis shows us that "monism is deceit." Quantum omnification is EIMA qualitative, rhetorical, quantonic, holographic, animate, a more real emerscenture of quantum phasicityings. Quantum reality doesn't classically 'unify.' Quantum semantics and memeos which carry a sense of 'oneness' are coherence, superposition, middle~inclusion, wavings, holographicity, probability as Value, interference, everywhere~association, entanglement, and so on. Many quantum~semantics of omnification are called "absurd" by hylicpsychics in classical reality. Doug  25Nov2009. 

Omnifurcate Omnifurcation Omnifurcative 

A coined quantonic replacement for bifurcate and bifurcation. Consider in economic theory, political theory, biological theory, etc., "nonsynonymous 'di'vergence," both classically continuous and quantumly quantized. In classical bifurcation a single branch turns into two 'di'fferent branches. In quantum~omnifurcation a single, quantized branch may omnifurcate into an ensemble of omniffering branches. We may refer this, "n¤nsynonymous omnivergence." Quantum~omnifurcation is a crucial meme in Doug's examination and exegesis of a Quantonics remediation of both Keynes' and Minsky's economic theories of financial (Minsky), and investment (Keynes) cycles. Doug is worried that both Keynes and Minsky may view their theories as classically J. C. Maxwellian '2nd law of thermodynamics' closed continuous y=f(t) repetitive monotemporal circular cyclicity. Quantonics' approach uses n¤nconservative open and quantized polytemporal quantum~autsimilar cyclicity:
In Doug's economic theories...financial, investment, political, etc., each of those quantized enthymemetic cycles can, will, and shall omnifurcate. As we have directly observed in financial markets recently nature offers abundant avenues for omnifurcative "geometrical avalanchings." More of that to come, you betcha! HotMeme™ "Quantum~reality, financially and otherwise, offers n¤ 'zero sum' games."™ HotMeme™ Doug  22May2010. 

Omnique Omniqueness 

A coined quantonic replacement for unique and uniqueness. Classical uniqueness is objective, unprecedented oneofakind, holds still, immutable, antievolution identity. We use 'identity' here in a classical sense of complete absence of any shared similarity with any other objective entity. Quantum omniquenessings are quantum~holographic energy~wellings omnique ihn their and via their animate quanton(coherent,autonomous) coobsfective Value interrelationshipings. Plural present participlings are key here to ensemble omniquenessings. 

Omnistinguish 

A coined quantonic replacement for classical 'distinguish' and its various classical forms. Classical distinguish implies a dialectical and thus dichotomous (dichonic) conparison of ideal (lisr) classical objects in OGC. Quantum ¤mnistinguish bægs (¤mnistinguishings bæg) n¤vel emerqant pr¤cessings' hærmænæutihcs ¤f anihmatæ EIMA amd c¤¤bsfecting quantum ensehmbles ihn massihvely parallæl amd c¤mplex quantonic ihnterrelati¤nships. See A Network Ensemble of Wave Functions. Also see I^{2}APTSO^{2}. Aside  24,27Nov2012  Doug:
Aside  24,27Nov2012  Doug. 

Omnistribute Omnistribution Omnistributioning 

A coined quantonic replacement for classical 'distribute' and its various classical forms. Classical distribute implies a dialectical and thus dichotomous (dichonic) conparison of ideal (lisr) classical objects in OGC. Quantum ¤mnistrihbute bægs (¤mnistrihbutings bæg) n¤vel emerqant pr¤cessings' hærmænæutihcs ¤f anihmatæ EIMA amd c¤¤bsfecting quantum ensehmbles ihn massihvely parallæl amd c¤mplex quantonic ihnterrelati¤nships. See our QELR of probability, and our What is Wrong with Probability as Value? 

Omnitor Omnitorable Omnitorables Omnitorabling Omnitorablings Omnitors Omnitoring Omnitorings 

A coined quantonic replacement for classical 'monitor' and its various classical forms. Classical 'monitoring' is essentially repetitive metric measurement: scalarbation. Classical 'monitoring' requires "zero momentum" of objects being 'monitored.' Classical 'monitoring' requires 'state' for verifiable 'measurement.' Quantum omnitoring is qubital, quantal, animate, EIMA, QLOistic, holographic~phase~encoding direct experience of quantum reality. Real quantum computers 'omnitor.' 

Omnivalence Omnivalencing Omnivalencings Omnivalent Omnivalue Omnivalued Omnivalues Omnivaluing Omnivaluings 

A coined quantonic replacement for classical 'bi value,' and bivalence. Classical 'value' is dialectically twovalued. Classically reality is EOOOvalued. Either true or false. Either up or down. Either right or wrong. Either good or bad. Either black or white. Its technical term is 'dialectic.' All children in western cultures c. 2008 are taught that reality is dialectical. But dialectic is bogus! Why? See our CTMs. Reality is quantum, and quantum reality isn't bivalent, rather quantum~reality is omnivalent. Another way to say this is using David Bohm's quantum~reality metaphor: "reality is holographic." We agree with Bohm, except Bohm's major reality 'divisions' are implicate order and explicate order. He describes them as dichon(implicate, explicate). In Quantonics that is wr¤ng.
Quantonics major reality complements are n¤nactuality and actuality, i.e., very similar Pirsig's DQ and SQ. We show quantum_reality issi quanton(n¤nactuality,actuality) with its middle~included. Ditto Pirsig's quanton(DQ,SQ). Every pixel in a hologram partially describes every other pixel in said hologram. That sentence offers us an opportunity to show two incredibly Valuable quantum memeos:
Every photon in quantum reality, partially but omnivalently, describes its view of other quantons in quantum~reality. Every photon's view of a quantum~reality, in which it is immersed, is omnivalent. QELRed ¤mnihvalænt. So, in general, HotMeme™ In quantum reality, every quanton's view of a quantum~reality, in which it is immersed, is omnivalent.™ HotMeme™. As you may surmise, classical bivalence compared to quantum omnivalence is simply naïve. Classical bivalence is statically EOOO EEMD. Quantum omnivalence issi animately BAWAM EIMA. Why 'animately?' Quantum~reality issi absolute flux, absolute change. Reality is made of quantum~waves of animate, absolutely changing thus stochastic, emergent, and uncertain ensemble happenings. See our Poisson Bracketings page for some graphics which illustrate quantum~omnivalence. 