AI智能体将论文自动转化为量子实验
Pasqal 用 AI 智能体把自然语言描述自动转成真实量子实验，大幅降低量子计算上手门槛。
量子计算机已不再是只能由制造者操作的实验室机器，但把论文中的量子协议真正搬上量子处理器（QPU，量子计算芯片）仍需大量工程步骤。Pasqal 设计了一个 AI 智能体工作流，让研究者用自然语言描述实验目标，AI 自动完成参数提取、脉冲序列生成、模拟验证和云端执行，把论文直接送上真实量子计算机。
正文摘录
.jpg) Editor: % Quantum computers are no longer entirely machines that can only be operated by their makers in the lab. However, while hardware has become more accessible, running experiments has not become any simpler. After a paper proposes a quantum protocol, actually bringing it onto a QPU (Quantum Processing Unit) requires a long series of engineering steps: first, extracting the experimental parameters from the paper, then translating the physical process into specific atomic arrangements and laser pulse sequences; followed by classical simulation to verify whether the protocol works under ideal conditions, and then adding noise models of the real device; after passing that, one mus…