i\hbar\,\partial_t \psi = \hat H\,\psi
i\partial_t\hbar\, \psi \hat H\,=\psi
i\hbar\,=\partial_t \psi \hat H\,\psi
i=\hbar\,\partial_t \psi \hat H\,\psi
i\hbar\,\hat H\partial_t \psi = \,\psi
...
=\hbar\,\partial_t \psi i \hat H\,\psi
what is fixed in this situation?
this comment comes from literary liberal arts studies perspective, the screen / paper surface has a finite area there is a limited amount of things that can be drawed ( written on it )
out of those an even smaller subset actually mean something in the way i can learn decipher and perceive
david bowie quote the sculpture is there hidden
lots of smart people works on this for a long time even with ai no major improvement have happened
i've heard insistingly something that quantum mechanics is not local
than a conclusion sky's (eyes) the limit,
(i mean there must be some consistency whyle trying to debate and argue (being able to follow trough ..) )
observations/ words are the peaks temporary pauses of consciousness implicite explicite or linklater or .. other more complicated understanding schemes
those structures generated from debates will be sooner or later intergrated
the idea is having better debates and more exploratory power
thats an extreme an other extreme single use word language
where learning and using of each word is in own right a special event
an other example you are in a small little room you must fold a big sheet of paper (or textile fabric) many more larger than the room surface , this surface cannot be observed all at once there must be done some extra repetitive movements to make it fit for the fold