Jean Bourgain was infamous for his papers that are difficult to digest for even researchers at the level of Terence Tao. From what I've read, he had all those problem solving tools he used at the exact right steps. But this talk was actually very approachable. Not too heavy on the mathematical details.
Infinite complexity can become deterministic by a Quantum Computer, conjectured by Maldacena (the universe is a QC function), eliminate randomness/chance, due to fine tuning (self-organization), leading to creation of life with probability one (cosmic consciousness). We will never be able to know the algorithm of the QC function, like Turing's thinking machines.
Jean Bourgain was infamous for his papers that are difficult to digest for even researchers at the level of Terence Tao. From what I've read, he had all those problem solving tools he used at the exact right steps. But this talk was actually very approachable. Not too heavy on the mathematical details.
2:45 Bourgain starts the lecture (preceded by a brief, content-rich introduction - nice for a change)
Thank you.
I came here by random browsing...
Chuckle: My speculation is that randomness is God shuffling of superdeterminism.
Why search for randomness? Just sit back and let it come to you!
Are you looking for it or is it looking for you
Boltzmann Ergodic hypothesis is about time vs. ensemble averages.
Infinite complexity can become deterministic by a Quantum Computer, conjectured by Maldacena (the universe is a QC function), eliminate randomness/chance, due to fine tuning (self-organization), leading to creation of life with probability one (cosmic consciousness). We will never be able to know the algorithm of the QC function, like Turing's thinking machines.
Great lecture.
Well that was a bit random. Amirite?
Fine tuning eliminates randomness.
I came here by bus, had to walk the last half mile
The best random number generator is still the brain.