报告题目：Oxide Materials for Spintronics
报告人：沈健 教授
时间：2023年10月25日(周三)，下午2点
地点：田家炳楼平星报告厅（南203）
邀请人：董帅 教授
报告人简介：
沈健，1996年在德国马普微结构所获博士学位，2009年底加入复旦大学物理系并获聘“浩清教授”，现任复旦应用表面国家重点实验室主任，复旦微纳电子器件与量子计算机研究院院长，中国物理学会磁学分委会主任。在包括APS、MRS、AVS、MMM、Intermag等重大国际会议上做邀请报告120余次。在SCI杂志上发表论文160余篇。1996年获得德国马普学会的Otto－Hahn 奖章；2002获得中国基金委杰出青年基金（B类）。2011 年入选美国物理学会会士（APS Fellow）。
报告摘要：
For magnetic oxides, competition between various types of exchange interactions has often led to striking physical properties that are highly tunable by external fields. Such tunability is desirable for spintronic applications. In this talk, I will show how one can use electric field to control magnetic domain structures and interfacial ferroelectricity in oxides thin films and heterostructures, giving rise to the ability to control spin-dependent transport using electric field. The electric field control of magnetic domain structures in oxides is achieved based on the understanding of the physical origin of domain formation in oxides, which is well beyond conventional Landau-Lifshitz theory. We have successfully fabricated various oxides-based spintronic devices, which all exhibit promising functionality with low energy consumption. To finish, I will discuss the future of oxides spintronics from my own perspective.