Energy is conserved (locally (*) eventually), but is there symmetry in or conservation of information?
Wave your hand in the water: is the information about the temporary fluidic disturbance gone? Does information about the splash in the water displace other information?
...
Postulated years ago a fundamental gbit; but they decided there that there could be no simultaneous encoding in a fundamental gbit.
> Also, our postulates unveil some connections between physics and information that remain hidden in the standard postulates, thus supporting Wheeler’s hypothesis “it from bit.”
The amplituhedron folks likely have insight on quantum geometry: spacetime (and gravity) as emergent, and you don't have to do so many Feynman diagrams because the amplituhedron describes those relations too.
I don't know how fairly recent rejections of definite causal order affect conceptions of fundamental quantum information? (Goëdel did point such out in regards to GR)
A few of the original articles:
https://www.mdpi.com/1099-4300/26/12/1039
https://www.preprints.org/manuscript/202503.0551/v1
https://www.sciencedirect.com/science/article/pii/S000349162...
Energy is conserved (locally (*) eventually), but is there symmetry in or conservation of information?
Wave your hand in the water: is the information about the temporary fluidic disturbance gone? Does information about the splash in the water displace other information?
...
Postulated years ago a fundamental gbit; but they decided there that there could be no simultaneous encoding in a fundamental gbit.
"Existence of an information unit as a postulate of quantum theory" (2013) https://www.pnas.org/doi/10.1073/pnas.1304884110 :
> Also, our postulates unveil some connections between physics and information that remain hidden in the standard postulates, thus supporting Wheeler’s hypothesis “it from bit.”
The amplituhedron folks likely have insight on quantum geometry: spacetime (and gravity) as emergent, and you don't have to do so many Feynman diagrams because the amplituhedron describes those relations too.
I don't know how fairly recent rejections of definite causal order affect conceptions of fundamental quantum information? (Goëdel did point such out in regards to GR)