Natalie Wolchover Interviews Freeman Dyson and Karen Uhlenbeck

[@barren8589]

This is probably the best thing to watch on KZbin now. I didn't expected I will longer be privileged to see my 95yrs great hero Freeman Dyson .

[@lightm6379]

RIP Freeman Dyson 🙏 One of the most brilliant and clearest minds of our century. Watching every single interview of this genius, amazing and great human being talking about the tribes of climate change, the lies of media and their purpose to maintain people in fear converting science in politic issue for their own benefits. We need hundreds of Freeman Dyson.

[@rishabhjain-qe1os]

Man, listening to Freeman Dyson is just so relaxing

[@christopherrobbins9985]

Freeman Dyson still whip-smart. Amazing human being.

[@VortekzV302]

A great mind, forever will be missed! RIP.

[@rememberrohit]

At the first half of the conversation, I think it would have been better if the questions were asked to each speaker, alternately. Thank you for uploading it right away. Cheers!

[@georgexanthopoulos3003]

Thanks so much for the upload. I first heard of Freeman Dyson while watching an episode of Star Trek, go figure!

[@CombraStudios]

RIP wonderful scientist

[@pantpradhanshreemantpeshwa2784]

😓

[@holliswilliams8426]

His move from number theory to QED is one of the most startling in history of physics lol.

[@TWWIW]

Freeman Dyson was the last pillar stone of a huge chunk of the theoretical physics revolution, the Richard Feynman era, and of course the Manhattan Project.

[@davidwilkie9551]

If the activities of math and physics were ever considered separate, then is due to the necessary analysis techniques required, to approach dynamical cause-effect from observable elemental/measurable phenomena, and the "full message" holographic combination of time duration timing modulation = cause-effect, is actually a problem of Partial Differentiation, "holding" active constants of e-Pi-i resonance positioning Image condensation, in coherent cohesion objectives, ..pulsed resonances of mathematical reciprocal positioning formulae/abstractions. The sort of thing Engineers do without detailed explanations of why, and only approximate descriptions of how, "for all practical purposes".

Junkie

[@behrad9712]

God bless him,i heard today that he has passed away,in this talk he said that: relation between mathematics and physical world is miracle for me...he's at last followed the rabbit...

[@sandeepvk]

i wish he lives another many many years

[@ghasemahmadi3616]

Great interview. Specially the divorce part. Is there any hope of re-marriage?

[@mrnarason]

Damn Freeman Dyson is still sharp as hell and pretty savage, Karen was problem seething burn the mathematician burn lol. Dyson also should have some hearing aid so he doesn't have to cup his ear to hear things.

[@andymelendez9757]

13 minutes in and nothing for Karen?

[@hmdshokri]

He will live on youtube until data-centers get destroyed

[@michaelhunte743]

RIP Mr Dyson

[@JuanRodriguez-tr6st]

NICE

[@archangecamilien1879]

I always feel like math=pure math, haha...well, I mean...and math that just happens to have been applied, without having been devised for some application...

[@archangecamilien1879]

22:30 and so polynomials of degree n could have n roots, though, that might seem a little less artificial...I mean...they make it a little more uniform, rather than this 2-degree polynomial having one root, this other having 2, this having none, etc...

[@archangecamilien1879]

I suppose that can't happen, haha...a polynomial with rational coefficients having one real root and one complex root...that would yield a polynomial that doesn't have rational (or real, for the matter) coefficients...so, haha...but still...some would have none, some would have 2...

[@archangecamilien1879]

Complex numbers bring uniformity to that idea...so it was somewhat "warranted"...

[@archangecamilien1879]

...a 2-degree polynomial, I mean...