Claude Mythos 5 设计椭圆曲线量子电路，门数减少 17 倍
Claude Mythos 5 designed an elliptic-curve quantum circuit using 17x fewer gates for 12% more qubits.
Anthropic 的 STEM Fellows Program 中，哈佛物理研究者 Andi Gu 让 Claude Mythos 5 设计量子电路，在 8 项任务中的多数上超过人类设计记录。其中一项椭圆曲线量子电路用 17 倍更少的门数换来 12% 更多的 qubits，Claude 以代码形式写出电路设计，由评估器打分并反复修改，还证明了新恒等式并用形式化证明验证，使一个经典数学捷径首次在量子硬件上生效。
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Anthropic 的 STEM Fellows 项目让 Claude 参与量子电路设计，读者可看到 AI 在真实科研任务中的表现与验证方式。
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查看原帖STEM 研究员项目新进展：用 Claude 设计更高效的量子电路。 只需给出通俗易懂的指令，Claude Mythos 5 就能设计出优于已发表最佳方案的量子电路，有时提升幅度可达一个数量级甚至更多。 更高效的电路能减少量子算法所需的资源，这有望让化学和材料科学领域的量子计算应用更早成为现实。 阅读更多：https://t.co/QCvoJLDmBo
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New from our STEM Fellows Program: Designing more efficient quantum circuits with Claude. Given plain-language instructions, Claude Mythos 5 designed quantum circuits that improve on the best published ones, sometimes by an order of magnitude or more. More efficient circuits reduce the resources needed by quantum algorithms, which could bring quantum computing applications in chemistry and materials science within reach sooner. Read more: https://t.co/QCvoJLDmBo
正文
Claude Mythos 5 designed an elliptic-curve quantum circuit using 17x fewer gates for 12% more qubits.
Andi Gu, a Harvard physics researcher, ran it through Anthropic’s STEM Fellows Program, which pairs scientists with Anthropic staff to test whether Claude can do real research in their field.
Claude wrote circuit designs as code, an evaluator checked and scored them, and Claude kept revising until it beat human-designed records in most of the 8 tasks. Its strongest result made an elusive classical math shortcut work on quantum hardware for the first time, after Claude proved new identities and verified them with formal proofs.