利用大规模生产技术建立可扩展的商业量子计算机的量子缩放联盟。 HPE launches Quantum Scaling Alliance to build scalable, commercial quantum computers using mass-production techniques.

Hewlett Packard企业发起了量子缩放联盟,这是与应用材料公司、心理检查公司、量子机器公司、Rivelane公司和威斯康星大学+1QBit公司等公司的合作,以建立一个实用、可扩缩的量子超级计算机。 Hewlett Packard Enterprise has launched the Quantum Scaling Alliance, a collaboration with companies including Applied Materials, Synopsys, Quantum Machines, Riverlane, and the University of Wisconsin, plus 1QBit, to build a practical, scalable quantum supercomputer. 该小组由诺贝尔奖获得者John M. Martinis牵头,旨在将工业规模半导体制造技术应用于量子芯片生产,从定制的系统转向可大规模生产的稳定设计。 Led by Nobel laureate John M. Martinis, the group aims to apply industrial-scale semiconductor manufacturing techniques to quantum chip production, shifting from custom-built systems to mass-producible, stable designs. 这项工作的重点是克服在可缩放性、纠正错误和与传统计算整合方面存在的关键挑战。 The effort focuses on overcoming key challenges in scalability, error correction, and integration with classical computing. 该倡议反映出行业在将量子计算从研究过渡到商业使用方面日益增长的势头。 The initiative reflects growing industry momentum to transition quantum computing from research to commercial use. HPE的股票在中午交易中上涨了2%以上,公司预测2026年财政调整后收入在2.20至2.40美元之间。 HPE’s stock rose over 2% in midday trading, and the company projects fiscal 2026 adjusted earnings between $2.20 and $2.40. 财政收入第四季度预计将在12月初获得。 Fiscal fourth-quarter earnings are expected in early December.