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A tweet claims that Claude figured out the long-standing mystery behind the origin of the NIST elliptic curve seed parameters, revealing they were derived from timestamps.
Scientists overturned a 59-year-old belief about magnetic confinement fields in fusion reactors, and Google handed the breakthrough to Gemini agents, which discovered new solutions beyond the original researchers' findings — yielding two new approaches to plasma confinement.
Google announced several AI features for the Play Store, including an expanded Ask Play chatbot for app discovery, a new Game Finder recommendation engine built on Gamer DNA profiles, and upcoming support for privately hosting and sharing personally vibe-coded apps.
AI 已在22个科学领域中发现了此前“隐藏在明处”的解决方案，表明跨学科AI辅助发现具有广泛潜力。
OpenAI发布了此前"解决开放数学问题"声明背后的完整论文：涵盖722份数学手稿、372项重要成果，均来自对约4000个研究问题的测试筛选，每项成果平均消耗相当于ChatGPT Pro思考3小时的算力。
WIRED reports that mathematicians are frustrated with OpenAI's plan to release hundreds of AI-generated solutions to longstanding open problems on GitHub, ignoring advice to publish papers and preserve traditional scientific attribution and credit processes.
Vals AI 研究称由 Claude Opus 5.5 主导的 AI 团队从一篇1999年被遗忘的论文中重新挖掘出一种候选材料，可能将计算机内存速度提升1000倍，展示了 AI 在科研发现上的新潜力。
An internal Anthropic Claude model discovered the first truly subquadratic 3SUM algorithm (O(n^1.9992)) and truly subcubic APSP algorithm (O(n^2.9995)), refuting the long-standing 3SUM and APSP hypotheses in fine-grained complexity theory. The result, formalized in a paper by Josh Alman and Virginia Vassilevska Williams, stems from a new thin matrix multiplication algorithm and was verified using Lean 4.
An opinion piece arguing that AI-discovered proofs of long-standing open math problems should be published promptly, and that mathematicians are not entitled to special protection from AI-driven discovery beyond proper verification and attribution. The author, a creative professional, contends technological displacement already hit creative fields and that slowing scientific progress for a profession's adjustment period is unjustified.
Anthropic claims its AI model Claude discovered an enzyme system reminiscent of CRISPR, potentially advancing gene editing, though scientists emphasize the need for further validation.
MIT Technology Review previews its upcoming list of 2026 climate tech companies to watch, while also exploring the controversy around Anthropic's AI agents claiming a scientific discovery in molecular biology.
NeuralCert presents a discovery-to-certification framework using neural networks to find and verify extremal mathematical constructions, enabling exact and independently verifiable proofs.
The article discusses a controversy where Anthropic claimed its AI system discovered a new biological pattern, but biologists dispute its significance, questioning how AI companies present scientific progress.
Scientists at Lila initially doubted their AI workflow's material selections, but continued testing revealed a catalyst that survived over 1,000 hours in acidic lab conditions, highlighting the value of exploring unconventional ideas in research.
Claude, an AI model from Anthropic, has discovered a previously unknown enzyme system hidden in bacteriophage DNA, revealing repeating sequences similar to CRISPR that humans had overlooked.
Anthropic announced that its AI model Claude has discovered a novel enzyme system, marking a significant advancement in AI-driven scientific research.
Anthropic's biology lab, using its AI model Claude, discovered a novel enzyme system in bacteriophage DNA with properties reminiscent of CRISPR, potentially advancing gene-editing technology.
At the UN Security Council, Dario Amodei announced that Claude AI discovered a new gene-editing mechanism through autonomous literature review and experimental design, with human-verified laboratory experiments.
Dario Amodei announced that Claude, an AI model, discovered a molecular machine that could be a new gene editing mechanism, though its significance is not yet clear.
Anthropic's Claude has discovered a novel enzyme system in bacteriophages that resembles CRISPR, with potential applications in genetic medicine, though its function requires further research.