It seems like these sort of structures just regularly arise to help regulate the flow of information through a system.
It seems like these sort of structures just regularly arise to help regulate the flow of information through a system.
I actually think that interdisciplinary work like this can shed light into common structures across physics, biology, neuroscience, CS, etc. If anything, I wish there were more attempts to explore the connections between these disciplines.
Might as well be skeptical of the math community because of circle squarers
Really not sure why do you say this. Is it something personal against him? Are you against people exploring weird interdisciplinary topics?
He has tons of publications [1], including co-authorship with people like this guy: https://en.wikipedia.org/wiki/Eugene_Koonin
Koonin is certainly not a crank, and is a rather well-known interdisciplinary researcher at the intersection of biology and physics.
[1] https://scholar.google.com/citations?hl=en&user=nEEFLp0AAAAJ...
The similarity of corporations and neural nets is pretty much only that both are information processing systems. An operating system or missile guidance system is far more like a corporation than a neural network.
Neural networks have no memory and generally don't seek particular goals, they simply recognize, predict and generate similar instances.
Different ways you can interact with that data structure can however provide meaning and store information in the weights etc.
> Neural networks have no memory and generally don't seek particular goals, they simply recognize, predict and generate similar instances.
Sounds exactly like every corporation I've ever worked in.The memory isn’t digital bits like we think of now though, but abstractions in higher dimensions.