IonQ 在投资者日上介绍 IonQ Superion 256，总裁 Chris Ballance 表示规模化需要让平台尽可能可制造、可部署。量子计算过去常用激光控制天然量子比特，适合实验室但难以扩展；Superion 256 把电子量子比特控制直接集成进半导体芯片，取代复杂的外部激光装置。IonQ 称首批原型系统已有离子量子比特，目标 2027 年早期在客户现场部署。
AI 生成摘要 · 以原文为准
“Only the simple scales: We need to make our platform as manufacturable as deployable as possible to get out to the true scale we want.”
At our Investor Day, Chris Ballance, President, Quantum Computing shared this insight as he described the significance of IonQ Superion 256.
Whereas quantum computing has typically controlled natural qubits with lasers, which works well in labs, scaling to hundreds, thousands, and millions of qubits requires a different approach.
Instead of complex external laser setups, we’ve integrated electronic qubit control directly into the semiconductor chip.
We already have ion qubits in our first prototype systems, with customer site deployments targeted for early 2027. Scale isn't just about build quality—it’s about manufacturability.
Watch the full presentation → https://ionq.com/investor-day-2026-videos/chris-ballance
#IonQ #IonQSuperion #QuantumComputing #QuantumIsNow
来源：IonQ · x.com