IBM推出了一个新的开放量子计算架构,将量子系统和古典系统结合起来,以应对复杂的科学挑战。 IBM launched a new open quantum computing architecture, integrating quantum and classical systems to tackle complex scientific challenges.

IBM引进了第一个以量子为中心的超计算行业参考架构,将量子处理器与古典系统如CPU、GPU和横跨房地、云层和研究环境的高速网络相结合。 IBM has introduced the first industry reference architecture for quantum-centric supercomputing, integrating quantum processors with classical systems like CPUs, GPUs, and high-speed networks across on-premises, cloud, and research environments. 开放框架建立在基斯基特等工具之上,为科学家解决化学、材料科学和优化等复杂问题提供了无缝工作流程。 The open framework, built on tools like Qiskit, enables seamless workflows for scientists tackling complex problems in chemistry, materials science, and optimization. 早期结果包括精确模拟大型分子和量子系统,以减少噪音。 Early results include accurate simulations of large molecules and quantum systems with noise mitigation. 推动IBM的混合计算愿景, 解决超出传统界限的问题。 The architecture is scalable and supported by a growing ecosystem, advancing IBM’s vision of hybrid computing to solve problems beyond classical limits.