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: Know, knows, knowing, etc.
:
Kn¤w, kn¤ws,
kn¤wing, kn¤wings, etc.
Quantonics ch¤¤ses
t¤ c¤¤pt
classical 'know'
amd remerq
ahll quantum comtextual
¤ccurrænces wihth 'kn¤w.'
In classical contexts we shall use 'know.'
Ihn Quantonics/quantum comtexts wæ
shahll
usæ 'kn¤w.'
To classically know anything is to 'latch' it, to make it
'state-ic.' Classical definitions put concepts on a 'know' ledge.
Classical definitions axiomatically put ideas in SOM's
box, its closed ex cathedra church
of reason.
Quantum ræhlihty sh¤ws
us that ahll
ræhlihty
amd
ihts comstihtuænts aræ
quantons(anihmatæ,inanihmatæ).
Ihn quantum ræhlihty, then,
thæræ issi n¤
classical staticity.
T¤
quantum kn¤w issi t¤ bæc¤mæ
quantum c¤herænt wihth (t¤
establish Quantonic ihnterrelati¤nships wihth) quantons ¤f ihnterest.
This issi b¤th(-ahll) an anihmatæ
amd ihnanihmatæ
m¤dal
pragmadigm.
T¤ quantum kn¤w issi t¤
bæ ihn a m¤de ¤f
quantons(anihmatæ,ihnanihmatæ). Sææ
k-n¤w.
Quantum kn¤wing ihncræhses wihth ¤næ's dægrææ
¤f c¤mpænetrati¤n, c¤mminginling,
amd
c¤insidence
wihth
pure c¤herænce ¤hr what
wæ cahll
"is¤flux"
ihn Quantonics.
Using
Jamesian amd Sidisian
comcæpts
¤f 'ræserve enærgy,' wæ can sahy that
¤næ's kn¤wing gr¤ws as ¤næ
bæc¤mæs m¤re ¤mnihfied
wihth
'ræserve enærgy.' Pure quantum kn¤wing arihses whæn,
"... (b¤th) ¤næ
issi ihn Iht
amd Iht issi ihn
¤næ."
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