'partial'
'partialed,'
'partialings,'
'partiality'
'partialityings'
'partialize'
'partials'

Synonyms:

• Classical-
• Quantum-

Etymology:

• Classical-
• Quantum-

In Other Languages: Arabic (old) - Chinese - Deutsch - erleben French - apercevoir Greek - Hebrew - Japanese - Italian - Latin - sentire percipi,      [per]cept      (cept: capere) Portuguese - Russian - Spanish - Swedish - Swiss -

'Partial' can be a noun, a verb, an adjective, and an adverb.

Its quantum usages impose upon it memes and memeos borne of ensemble evolutionary noun and verb plural participlings: 'partialings.'

Classical assess: stability independence excluded-middle EOOOness H5Wness lisrability causation certainty EEMDivity observation : Partial, partiality, partialize, partials, etc.

Classical partiality is objective, formal, analytic reduction of substance. Classical partiality adheres Aristotle's three syllogisms:

1. A is A, ('law' of identity)
2. A is either A or 'not' A, and ('law' of contradiction)
3. A may 'not' be both A and 'not' A. ('law' of excluded-middle)

Classical partials hold still and are independent of that which they are 'partial.'

Classically all partial 'logic' is false. No partial statement, classically, can be 'true.'

You may see immediately how, if evolution is real, all is in process of evolution, thence all is classically partial, thence all is classically 'false.'

Quantum assess: animacy c¤mplementarity included-middlings BAWAMings H5Wings lisrings affectati¤nings umcærtainty EIMAivityings c¤¤bsfection : Partihal, partihaled, partihalings, partihalihty, partihalihtyings, partihalihzæ, partihalihzings, partihals, etc.

Quantonics chooses to remediate classical 'partiality' as quantum partihalihty.

We ask simply, "Are you partially whom you will be tomorrow,... , a year from now?" If you answer "Yæs!" then do you agree that classically you are 'false?' Is your existence as quantum~pr¤cæss ræhl? Is it classically 'true?' Can quantum~ræhlihty's boundless partihal truths bæ classically 'true?' Quantumly truæ? How does quantum~uncertainty reign in Doug's narrative here?

Would you agree with Doug that what is said is always partially what is unsaid: quanton(unsaid,said)? There isn't and never will be any complete, consistent and final 'classical said.'

See our August, 2006 TQS News on partiality.

See our review of Kuhn's Structure of Scientific Revolutions on enthymemetics as partial logic.

See our What is Wrong with EPR Table? of problematic classical terms. Doug does a terrific job of describing enthymemes (partial logics) in detail there. Doug - 11Mar2009.

Doug - 13Jan2008.