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28【安徽日报】中科大提出快速选出最优子集新算法
本报讯（记者 陈婉婉）记者12月26日从中国科学技术大学获悉，该校管理学院教授王学钦团队与美国耶鲁大学公共卫生学院教授张和平合作，针对线性回归模型的基准问题——最优子集选取，提出一种新的快速算法，在有限步内就能得到稳定解。该成果日前发表于《美国科学院院刊》。发现事物间的关系是大部分科学研究的目的，这在统计学中称之为回归分析。其中，线性回归模型由于其简洁性和可解释性，成为最有用的科学研究工具之一。最优...
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28【安徽日报】省暨合肥市反恐怖宣传教育进校园活动启动
本报讯（记者 李晓群）为广泛宣传《中华人民共和国反恐怖主义法》和反恐怖工作，提升广大师生和人民群众的反恐防恐意识，12月27日，省暨合肥市反恐怖宣传教育进校园活动启动仪式在中国科学技术大学举行。本次宣传活动以“识恐防恐反恐 共筑平安校园”为主题，现场设有宣传咨询区、主题签名区、互动体验区、装备展示区，通过现场反恐知识有奖问答、发放反恐防恐宣传手册、展示反恐防暴最新装备、教授市民自救互救知识技能、滚动...
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28【江淮晨报】识恐防恐反恐 反恐怖宣传教育进校园
装备展示区很受欢迎。本报讯 12月27日，安徽省暨合肥市反恐怖宣传教育进校园活动启动仪式在包河区中国科学技术大学东校区师生活动中心广场举行。本次宣传活动以“识恐防恐反恐 共筑平安校园”为主题，现场设有宣传咨询区、主题签名区、互动体验区、装备展示区。在合肥市反恐办展台区，工作人员现场发放《公民反恐防范手册》、一图看懂《反恐法》资料，普及了反恐怖主义法等相关法律法规和反恐防恐知识，提高了师生对恐怖活动及...
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28【中国科技网】我首次在自由空间信道实现测量设备无关的量子密钥分发
科技日报记者 吴长锋 通讯员 桂运安记者从中国科学技术大学获悉，该校潘建伟院士团队与合作者首次在国际上实现基于远距离自由空间信道的测量设备无关量子密钥分发（MDI-QKD）。这项成果不仅实现了将MDI-QKD从光纤信道拓展到自由空间信道的突破，也开启了在自由空间信道中实现基于远距离量子干涉的更复杂量子信息处理任务的可能。《物理评论快报》日前在线发表了该成果。 MDI-QKD协议利用双光子干涉技术消除了探测端的所有安全...
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28【科学网】自由空间实现测量设备无关量子密钥分发
中国科学技术大学潘建伟院士团队与合作者首次在国际上实现基于远距离自由空间信道的测量设备无关量子密钥分发（MDI-QKD）。这项成果不仅实现了将MDI-QKD从光纤信道拓展到自由空间信道的突破，也开启了在自由空间信道中实现基于远距离量子干涉的更复杂量子信息处理任务的可能。这项成果由潘建伟院士团队与清华大学王向斌、中科院上海微系统与信息技术研究所尤立星等人合作完成。《物理评论快报》日前在线发表了该成果。MDI-QKD协...
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27【China Daily】Key moments in institution's history
∙ 1958The University of Science and Technology of China is established in Beijing.∙ 1970USTC is relocated to Hefei.∙ 1972USTC rebuilds teaching staff and resumes teaching and research.∙ 1977USTC resumes college entrance examination enrollment and sets up the country's first graduate school.∙ 1978USTC sets up the country's first Special Class for the Gifted Young.∙ 1983The National Synchro...
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27【China Daily】International perspective lays the foundation for renowned achievements
The University of Science and Technology of China is well-known for its goal of "building a globalized academy and nurturing worldwide talent", as proposed by its former president Yan Jici in 1988.Ever since USTC was established in 1958, cultivating a "task force for science and technology" has been its top priority. Over the years, it has created rigorous teaching and learning styles with its ...
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27【China Daily】USTC, Hefei develop in cooperation
Since 1970, when the University of Science and Technology of China was relocated to Hefei, capital of Anhui province, it has developed in symbiosis with the lakeside city.During the past 50 years, USTC has worked hand in hand with Hefei, and jointly promoted the agglomeration of multidisciplinary advancement, the cultivation of top scientists and first-class innovative teams, in addition to hig...
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27【China Daily】Talented professionals show their strength
On Dec 4, Science magazine announced a major breakthrough made by a team from the University of Science and Technology of China, led by its executive vice-president Pan Jianwei. It established China's leading position in the sphere of quantum computing research.In November, the peer-reviewed Journal of Differential Geometry published a paper, authored by USTC professors Chen Xiuxiong and Wang B...
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27【China Daily】Scaling the heights of quantum computing to deliver real results
Jiuzhang, a quantum computer prototype developed at the University of Science and Technology of China, represents such a giant leap forward in computing that just 200 seconds of its time dedicated to a specific task would equal 600 million years of computing time for today's current most powerful supercomputer.On Dec 4, Science magazine announced a major breakthrough made by a team from USTC he...