I gave it a quick look. It seems to be closer to this (this is closer to the point)
I was heavily influenced, back in the 70s, by the works of Mandelbrot and the chaos theory that developed at the time, and has gone nowhere.
The concept of self-organisation has been around for a long time but it is hard to study from the mathematical point of view, and, probably for that reason, it has never ‘picked up’.
So, of course, there are similarities, and, please, go back to all of those old papers and re-think it all.
You will benefit from an hands-on approach rather then a theoretical one. First you experiment, then you find, then you analyse and finally, you theorise. This is not quantum physics and we have the tools (computers) to easily conduct experiments.
This is just another exemple, one that could prove very useful. That’s it.
Is there any relation to this paper from 1988?
https://www.semanticscholar.org/paper/Self-Organizing-Neural-Networks-for-the-Problem-Tenorio-Lee/fb0e7ef91ccb6242a8f70214d18668b34ef40dfd
No, there isn’t, but it is interesting.
I gave it a quick look. It seems to be closer to this (this is closer to the point)
I was heavily influenced, back in the 70s, by the works of Mandelbrot and the chaos theory that developed at the time, and has gone nowhere.
The concept of self-organisation has been around for a long time but it is hard to study from the mathematical point of view, and, probably for that reason, it has never ‘picked up’.
So, of course, there are similarities, and, please, go back to all of those old papers and re-think it all.
You will benefit from an hands-on approach rather then a theoretical one. First you experiment, then you find, then you analyse and finally, you theorise. This is not quantum physics and we have the tools (computers) to easily conduct experiments.
This is just another exemple, one that could prove very useful. That’s it.