由买买提看人间百态

boards

本页内容为未名空间相应帖子的节选和存档,一周内的贴子最多显示50字,超过一周显示500字 访问原贴
USTC版 - 美《物理》公布2013年11大成果,科大潘建伟成果入选
相关主题
两项科大成果入选 MIT Technology Review:Best of 2012潘建伟:与爱因斯坦之谜“纠缠”
潘建伟能拿到炸药奖吗?潘建伟:驰骋在量子信息领域的前沿 zz
The Top Physics Story for 2004潘建伟教授的成长(小时候的故事) zz
陈仙辉赵忠贤获超导研究领域最高奖 Bernd T. Matthias Prize潘建伟当选全国十佳杰出青年(ZT)
基于自旋的量子计算与弱磁信号灵敏探测取得重要进展我校潘建伟教授等的成果入选2004年度国际物理学十大进展
潘建伟只是兼职清华,将来也不会走他引1700余次 科大潘建伟教授获欧洲物理学会菲涅尔奖(ZZ)
引领我国量子通信研究迈向国际一流(转发)潘建伟又发了一笔:求是杰出科学家奖100万
[NATURE]2004-Jianwei Pan@USTC潘建伟和他的六个世界首次
相关话题的讨论汇总
话题: quantum话题: computer话题: germany话题: university话题: institute
进入USTC版参与讨论
1 (共1页)
q**w
发帖数: 782
1
http://physics.aps.org/articles/v6/139
A Year of Quantum Victories—But No Quantum Computer Yet
Do we have quantum computers, and are they better than conventional ones?
The Canadian company D-Wave Systems reported that they had successfully
tackled a hard-to-solve problem on their putative quantum computer. But many
scientists would argue there is no evidence that the device, made of ~100
superconducting elements, can be called a quantum computer or that it
outperforms classical computers. While quantum computing may still be some
years in the future, in 2013 researchers reported a number of victories
against obstacles to quantum information and communication protocols. In
quantum cryptography, code makers regained the upper hand against code
breakers, when two independent research teams demonstrated a new encryption
method that may provide the ultimate security against hackers. Two other
reports showed how entanglement, the essential ingredient that gives quantum
technologies an advantage over classical methods, can be protected from
noise and dissipation. A team at the Massachusetts Institute of Technology,
Cambridge, showed that in a secure quantum communication channel, the
benefits of entanglement can be harnessed even after its breakup induced by
noise. And researchers at the Free University of Berlin, Germany, the Niels
Bohr Institute, Denmark, and the Technical University of Munich, Germany,
suggested that, thanks to a technique called quantum illumination,
dissipative processes can be put to use to engineer more robust quantum
states.
1 (共1页)
进入USTC版参与讨论
相关主题
潘建伟和他的六个世界首次基于自旋的量子计算与弱磁信号灵敏探测取得重要进展
中国科大研究成果入选国际物理学年度重大进展(ZZ)潘建伟只是兼职清华,将来也不会走
潘建伟等人的成果入选年度中国十大科技新闻(zz)引领我国量子通信研究迈向国际一流(转发)
潘建伟教授参加奥运圣火传递[NATURE]2004-Jianwei Pan@USTC
两项科大成果入选 MIT Technology Review:Best of 2012潘建伟:与爱因斯坦之谜“纠缠”
潘建伟能拿到炸药奖吗?潘建伟:驰骋在量子信息领域的前沿 zz
The Top Physics Story for 2004潘建伟教授的成长(小时候的故事) zz
陈仙辉赵忠贤获超导研究领域最高奖 Bernd T. Matthias Prize潘建伟当选全国十佳杰出青年(ZT)
相关话题的讨论汇总
话题: quantum话题: computer话题: germany话题: university话题: institute