For a French person, it is very difficult to see the value of the link here.
Mise en abyme
31–40 of 63 posts
Re: Mise en abyme
#32Earlier quoted context omitted.
There's a thesis that all particles are information, and all information is functional, thus perception is merely the lazy evaluation of the universe.
How does quantum mechanic's randomness come into play here?
Re: Mise en abyme
#33Re: Mise en abyme
#34Earlier quoted context omitted.
There's a thesis that all particles are information, and all information is functional, thus perception is merely the lazy evaluation of the universe.
How does quantum mechanic's randomness come into play here?
Re: Mise en abyme
#35Earlier quoted context omitted.
How does quantum mechanic's randomness come into play here?
The answer is to use one of the "hidden variable" interpretations of quantum mechanics. Bell's experiments have ruled out local hidden variables, but hidden variables that violate locality are still permitted. Since this function takes the global state of the universe (hidden variables included) as its input and returns a new one for its output, there is no restriction for locality, so it remains consistent. Whether…
Re: Mise en abyme
#36For a French person, it is very difficult to see the value of the link here.
Re: Mise en abyme
#37Re: Mise en abyme
#38Also read this : https://news.ycombinator.com/item?id=12005869
Re: Mise en abyme
#39Re: Mise en abyme
#40For a French person, it is very difficult to see the value of the link here.
What a ridiculous comment. As if you automatically have total understanding of a concept if the term used for it is in your native language.
To see what I am talking about, imagine instead of the link this one: https://en.wikipedia.org/wiki/Recursion