【天极网IT新闻频道】 作为全球科技领域的研究热点,量子计算的基本计算单元为量子比特,与经典计算机中的比特具有相同的功能,即存储与处理数据,因其强大的计算能力,在攻克复杂计算难题上展现出经典计算机难以企及的优势。 截止目前,量子计算已被视为人类科技发展的下一个重要突破口,实现了从0到1的巨大跨越、蓬勃发展,一跃成为全球科技领域具有巨大前景的研究和应用方向。 据不完全统计,量子计算可应用于金融、医药 ...
作为全球科技领域的研究热点,量子计算的基本计算单元为量子比特,与经典计算机中的比特具有相同的功能,即存储与处理数据,因其强大的计算能力,在攻克复杂计算难题上展现出经典计算机难以企及的优势。
Quantum computing is an emerging technology that has the potential to revolutionize many industries. According to a late 2021 ...
With $20M in funding, Quantum Brilliance wants to build a diamond-encased mobile quantum computer - SiliconANGLE ...
Miami University is entering its first partnership with the Cleveland Clinic and IBM to jointly give students learning and research data opportunities in healthcare while also creating Ohio’s first ...
Nvidia confirmed it has an AI performance of 1,000 Teraflops at FP4 precision (dense/sparse?). Although there’s no direct ...
The following is a statement from Peter Chapman, Chairman and CEO of IonQ (NYSE: IONQ): Today's classical computing hardware is limited by computational capacity and power requirements in ways that ...
IonQ ( NYSE: IONQ) Chairman and CEO Peter Chapman issued an update on Friday and said he expects bookings for the quantum ...
Thomas Caulfield, CEO of leading semiconductor manufacturer GlobalFoundries, will join Purdue President Mung Chiang for a ...
“芯片化、集成化是量子计算机由实验装置走向实用的必然趋势。”上海交通大学教授、图灵量子创始人金贤敏介绍,量子芯片可按照其所用量子比特的类型分类,目前有三大主流技术路径——超导、光量子和离子阱。近年来,中性原子量子比特技术有所发展,可能成为第四大路径。
“芯片化、集成化是量子计算机由实验装置走向实用的必然趋势。”上海交通大学教授、图灵量子创始人金贤敏介绍,量子芯片可按照其所用量子比特的类型分类,目前有三大主流技术路径——超导、光量子和离子阱。近年来,中性原子量子比特技术有所发展,可能成为第四大路径。