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Justin Sun Prize Launches 50-Problem Pilot with MathDB Led by Caltech's Tony Yue Yu

Cryptelio Editorial Published 26 Oct 2026 · 16:30 UTC Updated 26 Oct 2026 · 17:01 UTC
Justin Sun Prize Launches 50-Problem Pilot with MathDB Led by Caltech's Tony Yue Yu

The Office of Justin Sun has announced a new pilot program for the Justin Sun Prize in collaboration with MathDB, a mathematical research platform developed by Caltech Professor Tony Yue Yu and his team. This initiative aims to establish a decentralized and formalized approach to scientific research, likened to a 'Nobel Prize of the AI Era.'

Under the pilot program, participants can submit solutions to 50 mathematical problems, with potential awards reaching up to $1 million depending on the complexity of the problem. Notable challenges include the P vs NP problem, the Riemann Hypothesis, and the Hodge Conjecture.

MathDB will facilitate the submission and review process, verifying Lean formalizations and assessing the quality of expository materials. The Justin Sun Prize will handle eligibility and award terms separately. Justin Sun emphasized the importance of combining human insight with machine intelligence to foster rigorous scientific progress.

To enhance the impact of this initiative, the prize distribution will reward not only the mathematical solutions but also the clarity and accessibility of their communication. The prize allocation includes 50% for the solution, 30% for Lean formalization, and 20% for exposition.

Professor Tony Yue Yu expressed that solving fundamental math problems often uncovers unexpected connections and tools, potentially influencing research across generations. The collaboration aims to accelerate discovery through rigorous and verifiable methods, contributing to the advancement of human knowledge.

Updated 17:01 UTC

New Developments in the Justin Sun Prize Initiative

Date: October 26, 2026

The Justin Sun Prize has launched a pilot program in collaboration with MathDB, led by Caltech Professor Tony Yue Yu, focusing on 50 mathematical problems.

The prize aims to become the "Nobel Prize of the AI Era," with problem-level awards reaching up to $1 million.

Key problems include:

  • P versus NP
  • The Riemann Hypothesis
  • Yang-Mills Existence and Mass Gap
  • The Hodge Conjecture
  • Global Langlands functoriality
  • The Birch and Swinnerton-Dyer Conjecture

The prize distribution is as follows: 50% for the mathematical solution, 30% for Lean formalization, and 20% for exposition.

MathDB is designed to facilitate the organization and connection of mathematical knowledge, incorporating Lean formalization and automated proof-verification.

Professor Tony Yue Yu emphasized that solving fundamental math problems can lead to significant advancements across various fields.

FAQ

What is the Justin Sun Prize pilot program?

The Justin Sun Prize pilot program is a collaborative initiative between the Office of Justin Sun and MathDB, aimed at establishing a decentralized approach to scientific research by allowing participants to submit solutions to 50 mathematical problems with potential awards up to $1 million.

Who is leading the MathDB platform?

The MathDB platform is developed by Caltech Professor Tony Yue Yu and his team, focusing on facilitating the submission and review process for mathematical solutions.

What types of problems are included in the pilot program?

The pilot program includes notable mathematical challenges such as the P vs NP problem, the Riemann Hypothesis, and the Hodge Conjecture.

How will the prize allocation be distributed?

The prize allocation will be distributed as follows: 50% for the solution, 30% for Lean formalization, and 20% for the clarity and accessibility of exposition.

What is the goal of the Justin Sun Prize initiative?

The goal of the Justin Sun Prize initiative is to combine human insight with machine intelligence to foster rigorous scientific progress and accelerate discovery through formalized and verifiable methods.

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