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I mean, woah. Hard to decide if these scientists created a chaotic system and are simply drawing the conclusion that "our system of silver nanowires is chaotic
by oh-4-fucks-sake 7y ago
I mean, woah. Hard to decide if these scientists created a chaotic system and are simply drawing the conclusion that "our system of silver nanowires is chaotic and the brain works kinda chaotically, so, this is a proto-brain" or truly "we spawned a chaotic system that self-organizes into meaningful, manipulable thought-like behaviors".
It seems that a similar experiment was used to implement a ML algorithm to predict traffic patterns--but they didn't provide enough detail for us to ascertain if those silver nanowires were more-or-less "a tiny, classical, programmable cpu built out of nanowires".
The biggest questions in my mind are:
1) How much can this system be manipulated/programmed to solve or "focus" on specific (or fuzzy) tasks?
2) What does the I/O look like for this? Can varied and non-trivial datasets be fed into the system? What does getting data out look like?
Super interesting if this all legit.
- sadness2 7y agoMore like what conclusion are the reporters drawing, because usually it's a million miles from what the researchers are concluding, but much more exciting.
- visarga 7y ago> 1) How much can this system be manipulated/programmed to solve or "focus" on specific (or fuzzy) tasks? There's a small subfield of ML called Reservoir Computing https://en.wikipedia.org/wiki/Reservoir_computing https://en.wikipedia.org/wiki/Reservoir_computing In RC the input is processed by a random network (the so called reservoir) followed by a small output layer.