硅量子计算在硅基量子处理器中实现了99.99%的忠贞,超过了定级限度。 Silicon Quantum Computing achieves 99.99% fidelity in silicon-based quantum processor, defying scaling limits.

量子计算公司开发出一种基于的量子处理器, 创纪录的可靠性高达99.99%, 随着增加更多量子位, 质量显著提高, 挑战了典型的扩展限制. Silicon Quantum Computing has developed a silicon-based quantum processor with record-breaking fidelity up to 99.99%, uniquely improving in quality as more qubits are added—defying typical scaling limitations. 该公司利用数十年的半导体专门知识,在多个qubit登记簿上实现一致性能,利用精确的0.13纳米计制造过程生产自己的量子处理器。 The company, which manufactures its own quantum processors using a precise 0.13-nanometer fabrication process, leverages decades of semiconductor expertise to achieve consistent performance across multiple qubit registers. 这一进展有助于发展容错的大型量子系统,标志着商业部署方面的进展,包括与特拉斯特和澳大利亚国防部的伙伴关系,以及参与美国美国航天局的量子基准倡议。 This advancement supports the development of fault-tolerant, large-scale quantum systems and marks progress in commercial deployment, including partnerships with Telstra and the Australian Defence, as well as participation in DARPA’s Quantum Benchmarking Initiative.