English
讲座编号：jz-yjsb-2022-y011
讲座问题：Materials for Spintronics and 2D Electronics
主 讲 人：Dr. Ashutosh Tiwari 美国犹他大学质料科学与工程学院教授
讲座时间：2022年4月22日（星期五）上午10:00
讲座所在：腾讯聚会 ，聚会ID：256 844 581
加入工具：人工智能学院师生、对报告感兴趣的师生
主理单位：人工智能学院、研究生院
主讲人简介：
Dr. Ashutosh Tiwari为美国犹他大学质料科学与工程学院教授、纳米结构质料研究实验室主任。Tiwari教授特殊专注于低维系统 ，如薄膜、纳米点和多层结构等领域的研究 ，迄今已在Physical Review Letters、Advanced Functional Materials、Applied Physics Letters、Scientific Reports等国际着名期刊上揭晓了130多篇偕行评议的研究文章 ，并拥有8项美国专利 ，现在的h指数是45。Tiwari教授获得包括美国国家自然科学基金（NSF）职业奖（Career Award）、TMS青年首脑奖、PRF博士新研究员奖、美国空军暑期教授奖学金(SFFP)和美国国家发明家科学院高级成员奖等奖项。Tiwari教授是多家期刊的编辑委员会成员 ，其中包括自然出书集团旗下的期刊《Scientific Reports》。
主讲内容：
Spintronics represents a new paradigm of electronics that utilizes both the electron’s charge as well as its spin degrees of freedom. It has the potential to facilitate a new generation of devices possessing high-speed, large memory and ultra-low power consumption. The most critical step in the functioning of a spintronic device is the injection and detection of spin-polarized carriers at the ferromagnet-semiconductor interface. Despite considerable efforts, efficient injection of spins into nonmagnetic semiconductors still continues to be a major hurdle in this field. In this talk, I will present some of our very exciting research going on in this field in my group at the University of Utah. Particular focus will be on the injection and detection of spin polarized carriers in semiconductors using electrical and thermal routes. In the later part of my talk, I will also discuss about new oxide-based 2D material systems being investigated in our laboratory.
