课程号：MA206003

课程名：二维材料及器件

英文课程名：Two-dimensional Materials and Devices

开课单位：先进材料与纳米科技学院

授课教师：Andres Castellanos-Gomez

责任教师：杨如森   谢涌

学分/学时：1学分/16学时

教师简介：中文简介: Andres Castellanos-Gomez现为西班牙马德里材料科学研究所教授，被MIT 科技评论评为2017 年度西班牙最顶尖的10 名科学家之一。荣获玛丽·居里学者奖、西班牙物理学会2016 年青年物理学家奖等多项荣誉。长期致力于二维材料与器件的研究工作，在二维材料光电子器件、应变调控、纳机电系统以及相关精密仪器搭建等领域取得了多项开创性研究成果，2018 年和2019 年连续两年被评为ESI高被引科学家，论文被引用超过11000 次，H 因子45

英文简介：Andres Castellanos-Gomez is currently a tenured scientist (professor) at the Institute of Materials Science in Madrid, Spain, and was named one of the top 10 scientists in Spain in 2017 by MIT Technology Review. He won several honors including the Marie Curie Scholar Award and the Spanish Physics Society's 2016 Young Physicist Award. He has been committed to the research of two-dimensional materials and devices, and has made many pioneering research results in the fields of two-dimensional materials optoelectronic devices, strain turning, nano-electromechanical systems, and related precision instrument construction. Rated as ESI Highly Cited Scientist, paper cited more than 11,000 times, H factor 45

课程简介：课程简介：该课程介绍二维材料的概念、二维材料制备和性质表征、以及制备二维材料器件，最终获得电学器件、光电器件等传感器器件。该课程从基本原理、概念出发，重点阐述与二维材料和器件相关的基本物理原理，让学生感受实际现场的动手实验和课堂演示，让学生体会到制备二维材料、二维材料表征、电子器件测量等的科学原理、科研方法，开阔学生的眼界、吸引学生对二维材料以及材料科学的兴趣，提升学生的动手能力和科研思维。

Course Introduction: This course introduces the concept of two-dimensional materials, mechanical exfoliation preparation of two-dimensional materials, characterization of optical properties, and the fabrication of two-dimensional material devices by deterministic transfer methods. Finally, sensor devices such as electrical devices and optoelectronics devices are obtained. Starting from the basic principles and concepts, this course focuses on the basic physical principles related to two-dimensional materials and devices, and combines students' practical hands-on experiments and classroom demonstrations to enable students to experience the preparation of two-dimensional materials, two-dimensional material characterization, and electronic devices, scientific principles and research methods such as measurement broaden students' horizons, attract students' interest in two-dimensional materials and materials science, and improve students' practical ability and research thinking experience.

先修课程：大学物理