Anthropic says Claude designed circuits for eight types of quantum computing tasks with almost no human intervention, outperforming the best published designs. An automated program checked correctness and scored each circuit by the product of its qubit and quantum gate counts, giving Claude feedback for further iterations. Circuit design is only one part of fault-tolerant quantum computing; error correction and hardware control remain challenges.
同一事件,精选展示《Anthropic 称 Claude Mythos 5 设计出更省资源的量子电路》Anthropic 称 Claude Mythos 5 设计出更省资源的量子电路
Anthropic 在八项量子计算基础任务中,让 Claude Mythos 5 根据文字要求设计电路,并用自动评估程序检验。该公司称,新设计比已发表的最佳方案使用更少量子比特和门;其中一项优化算法的解码电路,门数较 Google 此前的设计减少约 12 倍,但约每万次运行有一次会因预留空间不足而失败。
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Anthropic says Claude Mythos 5 designed more efficient quantum circuits
Anthropic gave Claude Mythos 5 written specifications for eight quantum computing primitives and used an automated evaluator to check its designs. The company says the new circuits use fewer qubits and gates than the best published designs; one decoder uses about 12 times fewer gates than Google's previous construction, though about one run in 10,000 fails because its reserved storage is insufficient.
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Anthropic gave Claude Mythos 5 written specifications for eight quantum computing primitives and used an automated evaluator to check its designs. The company says the new circuits use fewer qubits and gates than the best published designs; one decoder uses about 12 times fewer gates than Google's previous construction, though about one run in 10,000 fails because its reserved storage is insufficient.