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Experts debate whether SI that solves old math problems could undermine Bitcoin and Ethereum cryptography

Prepared by Sintelligent with the help of SI. Published in SI: . Updated: .

If SI learns to find weak spots in the math of ciphers, a faster move to new protections will be needed, but for now this is only a conjecture.

According to Fortune, after OpenAI published hundreds of solutions to long-standing math problems, security and finance specialists are discussing the risk that SI could find unknown weaknesses in cryptography, above all in the ECDSA signature algorithm that Bitcoin and Ethereum rely on. A Johns Hopkins expert, the outlet says, allowed that "we might lose public key cryptography"; Haseeb Qureshi puts the chance that "everything is totally fine" at 95%. One researcher suggested moving funds to new addresses; others consider this premature.

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History

OpenAI models solve open math problems

7 events
  1. OpenAI announces three results from its models: disproof of ETH, local smoothing and Yang–Mills
  2. Mathematicians dispute that OpenAI understands its own potential proof of the Navier–Stokes problem
  3. Experts debate whether SI that solves old math problems could undermine Bitcoin and Ethereum cryptographyOpen now
  4. Mathematicians doubt OpenAI solved "the" Navier-Stokes problem: the proof rests on an artificially chosen external force
  5. OpenAI model solves more than a hundred long-standing open math problems; release of results to be coordinated by an independent group of nine mathematicians
  6. The Information: OpenAI expects to solve the Hodge conjecture soon, its second "Millennium Prize Problem" in a month
  7. OpenAI's SI agents solve one of the "Millennium Problems" — the $1 million Navier–Stokes problem
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