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Why Vlad Tenev and Tudor Achim of Harmonic Think AI Is About to Change Math—and Why It Matters
Adding code to LLM training data is a known method of improving a model’s reasoning skills. But wouldn’t math, the basis of all reasoning, be even better? Up until recently, there just wasn’t enough usable data that describes mathematics to make this feasible.
A few years ago, Vlad Tenev (also founder of Robinhood) and Tudor Achim noticed the rise of the community around an esoteric programming language called Lean that was gaining traction among mathematicians. The combination of that and the past decade’s rise of autoregressive models capable of fast, flexible learning made them think the time was now and they founded Harmonic. Their mission is both lofty—mathematical superintelligence—and imminently practical, verifying all safety-critical software.
Hosted by: Sonya Huang and Pat Grady, Sequoia Capital
Mentioned in this episode:
IMO and the Millennium Prize: Two significant global competitions Harmonic hopes to win (soon)
Riemann hypothesis: One of the most difficult unsolved math conjectures (and a Millenium Prize problem) most recently in the sights of MIT mathematician Larry Guth
Terry Tao: perhaps the greatest living mathematician and Vlad’s professor at UCLA
Lean: an open source functional language for code verification launched by Leonardo de Moura when at Microsoft Research in 2013 that powers the Lean Theorem Prover
mathlib: the largest math textbook in the world, all written in Lean
Metaculus: online prediction platform that tracks and scores thousands of forecasters
Minecraft Beaten in 20 Seconds: The video Vlad references as an analogy to AI math
Navier-Stokes equations: another important Millenium Prize math problem. Vlad considers this more tractable that Riemann
John von Neumann: Hungarian mathematician and polymath that made foundational contributions to computing, the Manhattan Project and game theory
Gottfried Wilhelm Leibniz: co-inventor of calculus and (remarkably) creator of the “universal characteristic,” a system for reasoning through a language of symbols and calculations—anticipating Lean and Harmonic by 350 years!
00:00 - Introduction
01:42 - Math is reasoning
06:16 - Studying with the world's greatest living mathematician
10:18 - What does the math community think of AI math?
15:11 - Recursive self-improvement
18:31 - What is Lean?
21:05 - Why now?
22:46 - Synthetic data is the fuel for the model
27:29 - How fast will your model get better?
29:45 - Exploring the frontiers of human knowledge
34:11 - Lightning round
View all episodes
By Sequoia Capital
4.2
3636 ratings
Adding code to LLM training data is a known method of improving a model’s reasoning skills. But wouldn’t math, the basis of all reasoning, be even better? Up until recently, there just wasn’t enough usable data that describes mathematics to make this feasible.
A few years ago, Vlad Tenev (also founder of Robinhood) and Tudor Achim noticed the rise of the community around an esoteric programming language called Lean that was gaining traction among mathematicians. The combination of that and the past decade’s rise of autoregressive models capable of fast, flexible learning made them think the time was now and they founded Harmonic. Their mission is both lofty—mathematical superintelligence—and imminently practical, verifying all safety-critical software.
Hosted by: Sonya Huang and Pat Grady, Sequoia Capital
Mentioned in this episode:
IMO and the Millennium Prize: Two significant global competitions Harmonic hopes to win (soon)
Riemann hypothesis: One of the most difficult unsolved math conjectures (and a Millenium Prize problem) most recently in the sights of MIT mathematician Larry Guth
Terry Tao: perhaps the greatest living mathematician and Vlad’s professor at UCLA
Lean: an open source functional language for code verification launched by Leonardo de Moura when at Microsoft Research in 2013 that powers the Lean Theorem Prover
mathlib: the largest math textbook in the world, all written in Lean
Metaculus: online prediction platform that tracks and scores thousands of forecasters
Minecraft Beaten in 20 Seconds: The video Vlad references as an analogy to AI math
Navier-Stokes equations: another important Millenium Prize math problem. Vlad considers this more tractable that Riemann
John von Neumann: Hungarian mathematician and polymath that made foundational contributions to computing, the Manhattan Project and game theory
Gottfried Wilhelm Leibniz: co-inventor of calculus and (remarkably) creator of the “universal characteristic,” a system for reasoning through a language of symbols and calculations—anticipating Lean and Harmonic by 350 years!
00:00 - Introduction
01:42 - Math is reasoning
06:16 - Studying with the world's greatest living mathematician
10:18 - What does the math community think of AI math?
15:11 - Recursive self-improvement
18:31 - What is Lean?
21:05 - Why now?
22:46 - Synthetic data is the fuel for the model
27:29 - How fast will your model get better?
29:45 - Exploring the frontiers of human knowledge
34:11 - Lightning round
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