Magnetotransport in high quality 2D material heterostructures
讲座名称：
Magnetotransport in high quality 2D material heterostructures
讲座时间：
2016-06-17
讲座人：
王雷
形式：
校区：
兴庆校区
实践学分：
讲座内容：
报告题目：Magnetotransport in high quality 2D material heterostructures
报告人：王雷
报告地点：中1-3113
报告时间：6月17号(周五)上午10:00-12:00AM
Abstract：
Graphene is the most commonly-known two-dimensional (2D) material, just one atom thick, which can be exfoliated from a bulk piece graphite. And there exists a large class of van der Waals materials, ranging from insulator, semiconductor to metal and superconductor, in which single atomic layer can be peeled from the bulk. Assembling these different types of single layers of atoms with complementary properties into layered heterostructures presents many exciting opportunities. For example, encapsulating graphene with BN yields enhanced transport properties with reduced environmental sensitivity, and provides the capability for complex band structure engineering. This allows graphene to be exploited as a model experimental platform to study a wide range of fundamental physics arising both from conventional single-particle considerations, as well as more exotic emergent behaviour in the strongly interacting regime. In this talk I will discuss both fundamental science and technological applications that are being enabled by this new type of materials fabrication.
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