硅量子计算机发射量子双胞胎(量子双胞胎)是15 000平方位的量子模拟器,能够对复杂材料和分子进行精确的模拟。 Silicon Quantum Computing launches Quantum Twins, a 15,000-qubit silicon quantum simulator, enabling precise modeling of complex materials and molecules.

硅量子计算已经启动了量子双胞胎(Quantum Twins),这是一个新的量子模拟器,在硅上注册的量子为15 000个,能够对分子和材料等复杂的量子系统进行非常准确的模拟。 Silicon Quantum Computing has launched Quantum Twins, a new quantum simulator with 15,000 qubit registers on silicon, enabling highly accurate simulations of complex quantum systems like molecules and materials. 该系统是利用0.13纳米精确度的原子规模制造建造的,可以模拟磁力、超导力和电子互动任务等现象,超越古典计算机的范围。 Built using atomic-scale manufacturing with 0.13 nanometer precision, the system can model phenomena such as magnetism, superconductivity, and electron interactions—tasks beyond classical computers. 该技术在一份《自然》文件中详细介绍,允许在一周之内完成芯片设计、制造和测试。 The technology, detailed in a Nature paper, allows full-stack chip design, fabrication, and testing in under a week. 之后,它还实现了先前的里程碑,包括在8小时内模拟25万个量子位,并在多量子位操作中实现99.99%的可靠性. It follows earlier milestones including patterning 250,000 qubits in eight hours and achieving 99.99% fidelity in multi-qubit operations. 量子双胞胎现在可以通过直接合同和化学、材料科学、国防和电信方面的支持应用获得。 Quantum Twins are now available via direct contracts and support applications in chemistry, materials science, defense, and telecommunications.