二维材料及其电子器件应用

Lecture, 3 credits, 3 hours per week. Two-dimensional (2D) materials offer excellent opportunities for next-generation electronics that can potentially extend the life of Moore’s law. In this course students are expected to learn the basics about 2D materials, their synthesis methods and applications of 2D materials in electronic devices. The lecture materials will include the review of the main achievements in the field of 2D electronics, the ongoing trends and most recent research and industry advances. This will help the students to understand the main challenges which arise during the lab-to-fab transition of the device technologies based on 2D materials, and possibly come up with fresh ideas on how to address these challenges. The knowledge gained during this course will be very beneficial for the future career of students in all areas of academy and industry related to electrical engineering, material science and physics. It is also worth mentioning that research on 2D materials is very capable for publications in high-impact journals and patents, thereby being a very good choice for those students who target at top-level positions and prestigious talent programs in future.The course will be given in the series of lectures followed by seminars organized after every 2-3 lectures (i.e. after a certain section is completed). During lectures the most important information about the corresponding topic will be discussed and followed by the references to the research papers for more detailed reading. During seminars students will be requested to make a brief report and initiate discussion of the selected research paper by the class. Also there will be the final report in the end of the semester.