Google's Quantum AI Lab shacked up with NASA and recentlyacquired the D-Wave 2X, described as the first quantum computer, which features a 1,000-qubit quantum processor supposedly capable of chewing through a mind-blowing number of possibilities when problem solving. There has been some sceptici...
“我们的实验室有三个主要的研究领域,第一个是研究通用型量子计算机(universal quantum computer),第二个是连续性模拟器(continuous simulator),最后一个则是量子退火(quantum annealer),有点类似 D-Wave 做的事。”John Martinis 透露。 目前,量子人工智能实验室的团队大约 20 人。其中,理论研究及硬件设计小组大约...
Number Partitioning Problem (NPP），理论分析认为用量子退火算法比现有的所有经典算法快。问题是，这个问...
“我们的实验室有三个主要的研究领域,第一个是研究通用型量子计算机(universal quantum computer),第二个是连续性模拟器(continuous simulator),最后一个则是量子退火(quantum annealer),有点类似 D-Wave 做的事。”John Martinis 透露。 目前,量子人工智能实验室的团队大约 20 人。其中,理论研究及硬件设计小组大约...
Google'sQuantum AI Labhas shown off a new 72-qubit quantum processor called 'Bristlecone', which it says could soon achieve 'quantum supremacy' by outperforming a classical supercomputer on some problems. Quantum supremacy is a key milestone on the journey towards quantum computing. T...
theorists realised that acomputer based on quantum mechanicshad the potential to vastly outperform ordinary, or classical, computers at certain tasks. But building one was another matter. Only recently has a quantum computer that can beat a classical one gone from a lab curiosity to something ...
还有,到目前为止,量子计算机大多是基于理论的,量子人工实验室(Quantum Artificial Intelligence Lab)设立的目的之一就是推动理论的发展。它的目标是将理论用于实践,解决现实的问题,为真正的量子设备编写代码。未来有何计划?会不会用在个人方面?Google拒绝透露详情。
Hartmut Neven, leader of Google’s Quantum AI Lab in Los Angeles, said today that his researchers have delivered some firm proof of that. They set up a series of races between the D-Wave computer installed at NASA against a conventional computer with a single processor. “For a...
A quantum computer at Google’s lab in California Google AI Quantum, photo by James Crawford Google researchers have used a quantum computer to simulate a chemical reaction for the first time. The reaction is a simple one, but this marks a step towards finding a practical use for qu...
2007 年,这家由 Amazon 和 CIA 共同赞助的公司宣布成功开发出世界上第一台量子计算机的工作模型机——Orion(猎户座),并完成了样机的测试工作。处理器的测试包含了 128 超导磁量子比特(quantum bit)和 2.4 万个约瑟夫森结(Josephson junction)装置,组成了当时世界上最复杂的超导电路。