John J. Hopfield Talk, "Collective Properties of Neuronal Networks"

[@michaelhuang6049]

he won noble prize for this.

[@NishanthSalahudeen]

Pure gold ❤. Very nice to see glimpses of the big bang while it was happening.

[@thefunkybside]

ahead of it's time. or maybe more likely, on time but so insightful that it took decades for the world to digest.

[@dhamovjan4760]

I really hope that the people who are complaining about his recent Nobel prize in Physics, being inappropriate because they think it is computer science and not physics, will watch this video. At that time his contributions as a physicist were essential. He did a systematic study of complex physical phenomena with physical experiments and observations. He modeled the physical behavior, and analyzed it using theory from non-linear dynamics. He was the one with the inside that by scaling a few neurons to large neural networks interesting properties or collective behavior emerges. Really well deserved physics nobelprize. Better (more useful for humanity) than all these wacky particle's and unfalsifiable multi-verse, superdeterminism theories.

[@VictoryOmega]

super smart Prof. Hopfield❤

[@Lukee64]

congratulations🎉 professor

[@amritaryam196]

Foresee the Unseen Potential of Neurons like Neurol Interactions❤🎉

[@Evangelion13595]

This might be one of the most important lectures of the 20th century.

[@OrlOnEarth]

Not really

[@SwimGGP]

Stephen Grossberg's Adaptive Resonance Theory is a far more relevant scientific theory about memory in biological neural networks.

[@Chadpritai]

❤❤

[@MaryLee-r2v]

Lopez Jose Anderson William Rodriguez Betty

[@РодионЧаускин]

Miller Kevin Robinson Kevin Anderson Nancy

[@EdwardMartin-t9m]

At that time, they were probably yeah, yeah, yeah.

[@Sstevewong36]

👍👍👍👏👏👏Congrat