Nima Arkani-Hamed and Thomas Lam in Conversation

[@enterprisesoftwarearchitect]

Whenever Nima talks, we all win! He is a hero, a great entertainment, and an inspirational lecturer. One comes to wish that his name would be heralded by the public more than names like Tyson and Kaku that have less of an impact on the future (IMHO). Apologies to anyone this might offend.

[@witeporcelan]

I will only argue that Kaku is celebrated not only as cofounder of string theory, but also for his elegance in ability to communicate such complex aspects of the universe in simplest form to every day people. I pray he sticks around because his voice is like the physics version of Morgan Freeman lol

[@lucasthompson1650]

Unlike Tyson and Kaku, Nima is still working day-to-day on groundbreaking theoretical physics, he'll be a household name as soon as he gets a Nobel prize for something related to an emergent theory of spacetime, superunified dark matter theory, or providing us (humanity) with a deeper understanding of scattering amplitudes.

[@chrisrecord5625]

Juan Maldacena, clearly, number one presently.IMHO

[@Achrononmaster]

@@chrisrecord5625 Susskind's mind is more fertile. Amazingly, given his age.

[@lucasthompson1650]

@@carlgauss1702 tell that to Peter Higgs. :)

[@LordZordid]

Nima always does a great job of explaining things in a clear and concise manner. Much appreciation from those of us who are a little slow. :)

[@pankajdey2053]

Nima, you are an inspiration to young research community irrespective of any field of science and engineering.

[@myname-mz3lo]

its amazing how much of this makes its way into music theory . im only an amateur in physics but music theory helps understand this stuff better its weird .

[@krzysztofdanel4475]

Nima is always excellent and I like very much watching and listening Him .

[@eenkjet]

This looks like Fractal Information Theory (FIT)-Derived Geometric Musical Language (GML) which maps well to Holographic Boundary Conformal Field Theory (BCFT).

[@MrFariso]

Awesome...

[@beenishmuazzam]

Such fine structure. Amazing

[@liamwiddess4986]

Er, permutation at 8:44 is messed up, it's not bijective, RHS contains 3 twice :D

[@KrisPucci]

The second line should read 2-->4 which is correct on the subsequent slide

[@victorblaer]

@@KrisPucci post doc?

[@KrisPucci]

@@victorblaer lol..no. just a lowly engineer who enjoys watching these videos in my spare time

[@nadernader1937]

Does anyone know what these numbers at 5:33 slide represent, i.e., 12, 23, 34, etc?

[@jefferytoledo2505]

They're spinor brackets, contracted pairwise, and for the momenta of each numbered particle i.e. is the contraction of the the angled brackets corresponding to particles 1 and 2 (which respectively have momenta p1 and p2). The usual introduction for these Chapter 2 of arxiv.org/pdf/1308.1697.pdf .

[@BlueSoulTiger]

8:58 perhaps better?: a Permutation is a re-ordering of a bunch of symbols or elements of set (not necessarily numbers)

[@naimulhaq9626]

Nima's connection between physics and mathematics seems promising, but explaining complexity, due to spin (BOHM) is better tackled by self-error correcting algorithm of quantum computing functions, if such an algorithm can be evolved. QC function may lead to a deeper insight into the boundary between micro and macro world and much more, like explaining consciousness, life, soul, time etc.

[@nyttag7830]

A correction of a correction

[@frun]

Nima always told amplituhedron is related to perturbative expansion. Does amplituhedron have a relationship to nonperturbative qft?

[@BlueSoulTiger]

Hand-drawn slides! Yes!! Kudos sirs :)

[@chrisrecord5625]

He emulates Roger Penrose

[@lucasthompson1650]

Penrose if he took a calligraphy class (just one) at his local library … but only because he was drunk and wandered in by accident. Every capital letter looks like some new alien musical clef. 😁

[@chrisrecord5625]

@@lucasthompson1650 I know but when I am 88 if I can be as sharp, productive and active as he is, I will be happy. I have a friend, Rhodes a scholar, who had him as his dissertation adviser.

[@lucasthompson1650]

@Chris Record That would be so cool … I can’t even imagine coming up with a topic interesting enough to discuss with him. Haha! PS A new paper, on “The Page curve of Hawking radiation”, was published by J. Maldacena and a few of his colleagues yesterday. I saw that you were a fan in another comment, so thought I’d mention it in case you hadn’t seen it yet. Here’s the arXiv info: arXiv:1908.10996 [hep-th] (Plunk that into any search engine and it’ll get you there)

[@chrisrecord5625]

@@lucasthompson1650 Got the JM paper, thanks. I love this sentence: "The higher-dimensional geometry connects the radiation to black hole interior in the spirit of Er=EPR." When the spirit moves you, you have to react...

[@naimulhaq9626]

Does amplituhedron or associahedron lead to tackling quantum complexity?

[@lucasthompson1650]

arXiv:1312.2007

[@scottanderson7793]

Donald Hoffman brought me here.

[@frun]

Looks like vortex reconnection(2 types) and vortex tangle kzbin.info/www/bejne/rqOtc6Cpl6ednsk

[@robertvarner9079]

First again!! This is my lucky day!

[@logann7048]

Robert Varner you rock dude

[@davidwilkie9551]

"It's only words" of observation, (line-of-sight quantization, mathematical methodology numberness, associated with 1st law of Thermodynamics/orbital and Entanglement symmetry-equation etc), collapsed wave density and intensity of modulation, (2nd law of Thermodynamics, ideal gas vanishing point Singularity positioning formulae etc), that Temporal Superposition-point Singularity Superspin Modulation resolves into this described coordinated n-dimensionality of e-Pi-i positioning, (ball-stick vertices in vortices combined thermodynamics for eg), resonance-shapes of Quantum Chemistry mathematically, specifically quantized probability dominance sequences, in Polar-Cartesian AM-FM Timing-spacing shaped-Spacetime, in QM-TIMESPACE. Existential Philosophy of Be Here Now in this Math-Physics Eternity-now Interval...