Justin Sun Prize Launches MathDB Pilot Program
The initiative offers awards for solving complex mathematical problems through formal verification.
Updated on Oct. 26, 2026 in Mathematics
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The Justin Sun Prize has partnered with MathDB to launch a 50-problem pilot program designed to reward mathematical breakthroughs. The initiative incorporates Lean formalization to ensure rigorous, machine-verified proof alongside human-led problem solving.
Why it matters
The program aims to establish a collaborative framework where human mathematical insight and machine intelligence function together without compromising rigor. It seeks to incentivize solutions to some of the most significant open problems in mathematics.
The pilot program features 50 problems, including the Riemann Hypothesis, P versus NP, and the Hodge Conjecture. Awards are distributed as 50% for the mathematical solution, 30% for Lean formalization, and 20% for exposition.
The players
Justin Sun Prize
An organization that assesses problem eligibility, attribution, and award terms for contributors.
MathDB
A technical entity responsible for accepting solution submissions and verifying Lean formalizations.
The details
MathDB manages the submission of solutions and verification of Lean formalizations, while the Justin Sun Prize evaluates eligibility and award distribution. Participants must adhere to strict anti-money laundering and sanctions law compliance to qualify for payments.
Timeline
The Justin Sun Prize announced the MathDB pilot program on October 26, 2026.
The Big Picture
This pilot program marks a shift toward integrating automated verification tools like the Lean theorem prover into the legacy process of solving fundamental mathematical problems. It signals a move away from purely handwritten proofs toward a framework that requires digital rigor.
Researchers and mathematicians can access the program to submit proofs that could yield up to $1 million per problem. The requirement for Lean formalization means participants must now possess both advanced mathematical knowledge and proficiency in automated proof-verification tools.
The takeaway
The program emphasizes that the future of mathematical proof will likely require a balance between traditional theory and machine-verified formalization. Aspiring participants should focus on mastering Lean formalization as a core component of their submission strategy.
Further reading
Learn more about the latest innovations in Mathematics.
More information
Review the full requirements and terms in the Justin Sun Prize official program rules.
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