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Edward Frenkel

Professor at University of California, Berkeley

Edward Frenkel is a distinguished mathematician and professor at the University of California, Berkeley, where he has been teaching since 1997.12 Born in the Soviet Union, Frenkel is known for his work in representation theory, algebraic geometry, and mathematical physics.2

Career Highlights

  • Professor at UC Berkeley since 199712
  • Visiting Eilenberg Professor at Columbia University (January-June 2012)1
  • Professor at Harvard University (1994-1997)1
  • Earned his Ph.D. in Mathematics from Harvard University1
  • Elected to the American Academy of Arts and Sciences2

Achievements and Recognition

  • Author of the New York Times bestseller "Love and Math" (2013), published in 19 languages3
  • Winner of the Euler Book Prize3
  • Hermann Weyl Prize recipient in mathematical physics5
  • Fellow of the American Mathematical Society5

Research and Contributions

Frenkel has authored over 100 scholarly articles in academic journals and has lectured worldwide on his work.5 His research focuses on the intersection of mathematics and quantum physics, exploring concepts such as the paradoxical nature of reality and the limitations of knowledge.4

Public Engagement

Frenkel is known for his efforts to make mathematics more accessible to the general public. He argues that mathematics is not just about numbers and equations but about concepts and ideas, emphasizing its importance in understanding and navigating our increasingly math-driven world.3

Highlights

Aug 13 · linkedin

On a new episode of TOE podcast with Curt Jaimungal (link to the video is in comments), I give an overview of the Langlands Program in down-to-earth terms, accessible to non-specialists. I also talk about the general idea of Unification in Mathematics, the differences between Math & Physics, the failure of the original promise of string theory, and the role of imagination and inspiration in our pursuit of Truth.

We're planning to record Part 2 of this conversation in which I will, in particular, talk about the Langlands Program for Riemann surfaces & the recent proof of the geometric Langlands correspondence. If there are any questions you'd like me to discuss, please write them in the comments below.

#math #mathematics #physics #quantum #unification #langlandsprogram #loveandmath

Jul 2 · linkedin

Those who have studied history of math (especially, if they have made mathematical discoveries of consequence themselves) realize that a real breakthrough is always a departure from what had been previously known. Case in point, discussed in my conversation with Lex Fridman (link in comments): the discovery of complex numbers, such as "square root of -1" which surely made no sense within the existing paradigm of real numbers. It takes way more than organizing and interpolating the existing data (which is in essence what the current AI models do). As Jeremy Howard put it in his insightful thread on X/Twitter (link in comments),

"Because LLMs are fuzzy subgraph matchers, they just interpolate what's already there, and they're heavily weighted to what's most common in their training set -- which is not the crazy idea that everyone assumes won't work!

But some humans, some of the time, are able to tenaciously and creatively explore out of the box ideas, even when no-one supports them."

I agree! 💯

Thanks to Laurent Fabre for sending Jeremy's thread to me.

#ai #artificialintelligence #llm #discovery #creativity #math #mathematics #loveandmath

Related Questions

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What are some examples of paradoxes Edward Frenkel highlights in his work?
Edward Frenkel
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Location

Berkeley, California, United States