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9月29日 10:00 学术报告-基于低维材料的纳米人工异质结构及其量子调控特性研究(2016年9月29日上午10:00)
作者:教师     日期:2016-09-26     点击数:749  

学术报告

报告题目:基于低维材料的纳米人工异质结构及其量子调控特性研究

Artificial nano-hybrids and their quantum properties

地点:机械馆2329  材料学院会议室

时间:2016929日上午1000-11:30

报告人:韩拯     

   中国科学院金属研究所,研究员,青千。20102013年在法国中央研究院奈尔研究所完成低维纳米器件的电输运博士工作。2014年起在美国哥伦比亚大学物理系从事博士后研究工作,主要进行二维异质结构的纳米器件物性研究。2015年入选中组部青年千人计划在中国科学院金属研究所开展纳米功能器件的电磁输运研究工作,研究重点为新型堆垛人工异质结构及其相关的量子调控特性。相关研究工作发表在 ScienceNature PhysicsNature Materials 等杂志。

报告内容简介:

When different materials are interfaced/jointed with each other, the resulted hybrid systems often manifest fascinating physical properties that do not exist in nature. Among the many artificial hybrids (sometimes addressed as meta-materials or hetero-structures), nano-hybrid made with low-dimensional materials and other functional materials is attracting tremendous attentions in recent years.  In this talk, we will mainly go through two examples of our recent progresses on the graphene/superconducting-islands, and the graphene/h-Boron-Nitride nano-hybrid systems. In the former, the superconducting behavior is successfully coupled to the gate-tunable feature of graphene, leading to a metal-superconducting quantum phase transition at the ground state. While in the later, ultra-flat and ultra-clean interface allow ballistic electronic transport, opening new path to realize the paradigm of electron optics. We expect that artificial nano-hybrids and their quantum properties can be expanded into many research areas that are important for both fundamental studies and future applications.

 

欢迎各位老师、同学参加。

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