Exponential Time Hypothesis disproof: two rival AI systems at OpenAI and Anthropic independently published machine-verified refutations of the same 27-year complexity assumption on October 26, 2026, ...

New research presents a scalable quantum encoding method that cuts circuit depth for large datasets, improving efficiency.

A hybrid optimization algorithm combining whale and northern goshawk hunting behaviors with cosine-based integer encoding ...

FPGA chips require truly random numbers for security, and a biased entropy source risks all cryptographic keys.

OpenAI has released a preprint and a Lean formal proof claiming to refute the Exponential Time Hypothesis. Experts are now examining what the machine-checked result does and does not establish for ...

Engineering researchers have developed a hybrid optimization algorithm combining grey wolf and artificial bee colony ...

Researchers discover a fully deterministic, nonchaotic model that is initially unpredictable yet gives rise to predictability ...

OpenAI claims its AI disproved the Exponential Time Hypothesis, a foundational computer science assumption dating to 1999. Independent experts have yet to verify the result.

Introduction: The Premise That 'It Cannot Be Solved Quickly' Has Been ShakenOn October 26, 2026, OpenAI announced that its internal AI model had disproven the 'Exponential Time Hypothesis (ETH)' of ...

Huo Xing Finance reports that on October 27, OpenAI announced that its AI model had “cracked” ETH—a statement that quickly sparked widespread discussion in both ...

OpenAI and Anthropic assert that their AI models have posed a challenge to a traditional view concerning the limits of computing. If proven true, the findings can reshape complexity theory. However, ...

Devcon 8 advances Ethereum's post-quantum evolution to 2028, but the pace of delivering three hard forks within 24 months is ...