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08【新华社】量子世界绽放“她”力量
3月6日，在中国科学技术大学内，彭新华教授（左）与团队成员在自己的办公室内交流讨论。中国科学技术大学彭新华教授是我国量子物理领域的优秀中青年学者，2019年荣获“全国三八红旗手”称号，她一直致力于磁共振体系量子计算及量子信息处理的实验研究，取得了一系列对推动学科领域发展有实质性贡献的研究成果。2021年11月，彭新华教授研究组与德国科学家合作开发出一种新型超灵敏量子精密测量技术，并用于暗物质的实验直接搜寻...
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08【新闻联播】我国科学家首次实现三原子分子的量子相干合成
《新闻联播》（2022年02月11日）https://content-static.cctvnews.cctv.com/snow-book/video.html?t=1644523634419&toc_style_id=video_default&share_to=wechat&track_id=C296B610-D103-4103-BAF2-3CFE22CC606E_666236425624&item_id=18105018295254701456
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07【CHINA DAILY】What they say
The USTC plays an essential role in scientific research in China. It has seven national ley laboratories for science and technology that make it a comprehensive research platform for researchers to improve.The university has attracted a lot of qualified scientists and professors from around the world and I was lucky enough to be a member of such a prestigious institute. It helped me build a per...
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07【CHINA DAILY】Intl scholars contribute to advanced research
At the University of Science and Technology of China, a great number of international scholars are making their contributions to advancing research and teaching.Jingxiang Low, a postdoctoral researcher from Malaysia, is one of them."I have obtained a solid background in scientific research during my life in China," Low said.After finishing his bachelor's study in Malaysia, Low obtained his mast...
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07【CHINA DAILY】University's science and tech programs lauded
Since its establishment in 1958, the University of Science and Technology of China has made remarkable achievements in talent cultivation, and scientific and technological innovations. Through these achievements, the university has also made enormous contributions to the country's development.As a key university in China, the USTC is noted for its advanced science and high-tech programs, unique...
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07【CHINA DAILY】Global professionals welcomed to USTC for academic success
Top academy has been aiming to scale peaks of science since its inception in 1958On Nov 18, 2021, Katharina Kohse-Hoinghaus, a visiting professor at the University of Science and Technology of China, who is from Germany, was elected a foreign academician of the Chinese Academy of Sciences for her contributions in China. In winning high esteem from her peers, she saw her success come in part tha...
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07【两会中的科大声音】《安徽新闻联播》两会同期声 ：深入实施创新驱动发展战略，巩固壮大实体经济根基
#聚焦2022全国两会 两会同期声 ：深入实施创新驱动发展战略，巩固壮大实体经济根基。《安徽新闻联播》视频号 （2022年3月6日
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04【安徽日报】中科大提出增强仿生陶瓷韧性新方法
本报讯（记者 陈婉婉）记者3月3日从中国科学技术大学获悉，俞书宏院士课题组从生物矿物的残余应力增强机制中获得启发，提出一种新的仿生增韧方法，可显著提升仿珍珠母陶瓷的韧性，韧性放大系数达16.1±1.1，优于最先进的仿生陶瓷。相关成果日前发表于《先进材料》，对于先进陶瓷材料设计和制造具有重要指导意义。陶瓷具有硬度大、强度高和模量高等优异特性，广泛用于能源、医疗、航天航空等领域，然而其脆性限制了服役环境和使用...
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04【合肥日报】数年磨砺 弯道超车 合肥“质子刀”加速迈向临床应用
去年12月30日，中国科学技术大学附属第一医院离子医学中心（合肥离子医学中心）正式开启质子治疗设备临床试验，引起社会极大关注。今年2月20日，首批入组的第二名肿瘤患者完成治疗，顺利出院。经过数年磨砺，合肥“质子刀”陵劲淬砺，离临床应用又近一步，造福广大肿瘤患者指日可待。面向世界科技前沿、面向人民生命健康，合肥聚力推动质子治疗技术应用，发展高端医疗装备产业，不断提升“健康合肥”医疗服务水平。质子治疗优势...
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04【中安在线】中科大学者提出增强仿生陶瓷韧性的新方法
中安在线 中安新闻客户端讯 中国科学技术大学俞书宏院士课题组茅瓅波副研究员等从生物矿物的残余应力增强机制中获得启发，提出一种新的仿生增韧方法，可显著提升仿珍珠母陶瓷的韧性，韧性放大系数达16.1±1.1，优于最先进的仿生陶瓷。相关成果日前发表于《先进材料》，对于先进陶瓷材料设计和制造具有重要指导意义。陶瓷具有硬度大、强度高和模量高等优异特性，广泛用于能源、医疗、航天航空等领域，然而其脆性限制了服役环境和...