IBM在标准的AMD芯片上运行了量子误差校正算法,使得能够在没有专用硬件的情况下进行实时量子模拟。 IBM ran a quantum error-correction algorithm on standard AMD chips, enabling real-time quantum simulation without specialized hardware.

IBM成功地在标准的AMD处理器上运行了一个关键量子误差校正算法,包括现场可编程的门阵列,使得能够实时模拟没有专用硬件的量子计算。 IBM successfully ran a key quantum error-correction algorithm on standard AMD processors, including field-programmable gate arrays, enabling real-time simulation of quantum computations without specialized hardware. 这一突破增强了研究人员和开发商的无障碍性,加快了算法测试和发展。 This breakthrough enhances accessibility for researchers and developers, accelerating algorithm testing and development. 这一举动支持IBM努力将传统计算和量子计算连接起来,解决量子系统中的可靠性挑战。 The move supports IBM’s efforts to bridge classical and quantum computing, addressing reliability challenges in quantum systems. 这一成就是与谷歌和微软等技术巨头在推进实用量子技术方面持续竞争的一部分。 The achievement is part of ongoing competition with tech giants like Google and Microsoft in advancing practical quantum technologies.