Research Group

MORE+
Name of Research Group:凝聚态计算物理
Description of Research Group:
本团队主要致力于利用DFT+NEGF研究低维纳米体系的量子调控、准粒子效应和激子效应、能谷电子学、拓扑性质、光电性质、旋轨耦合性质、电声耦合性质等,并利用这些纳米材料设计新型纳米电子学器件、纳米光电子学器件、自旋电子学器件和储能器件等。尤其致力于研发高性能和低功耗的逻辑型器件,希望把摩尔定律延续到10纳米以下。

吕劲

+

Academic Title:

Degree:Doctoral degree

Status:Employed

School/Department:Institute of Condensed Matter Physics and Material Physics

Profile

MORE+

Dr. Jing Lu “Hanjiang Scholars" Distinguished Professor. New Century Talent of The Ministry of Education of China. Zhong Chengbiao Teachers Scientific Research Prize Winner, Peking University. Tel:62754105,62755701.Fax: 62751615 Email:jinglu@pku.edu.cn

  • Educational Experience
  • Work Experience

[1]  1986.9 to 1990.7
北京大学  | Bachelor's Degree in Science  | University graduated
[2]  1992.9 to 1997.7
Peking University  | 凝聚态物理  | Doctoral degree  | With Certificate of Graduation for Doctorate Study
北京大学物理系

[1]   2017.1  to  2018.12
陕西理工大学  | 汉江学者计划特聘教授
[2]   1997.9  to  1999.12
Institute of Applied Physics and Postdoctoral researcher Computational Mathematics, China  | Postdoctoral researcher
导师: 张信威 院士, 赵宪庚院士(十三届全国人大资源委员会副主任委员,十八届中央委员会委员,中国工程院副院长,中国工程物理院院长) 
[3]   2001.9  to  2003.7
Department of Theoretical Studies, Institute for Molecular Science, Okazaki 444-8585, Japan  | JSPS postdoctoral fellow
[4]   2016.8  to  2017.7
Department of Physics, University of Nebraska at Omaha, USA  | Visiting associate professor

Research Focus

MORE+

[1]  Our team is committed to using the Green's function method to study the quantum control, enhanced quasiparticle effect and exciton effect, valley electronics, spin orbit coupling, topology in low dimensional systems (represented by graphene, silicon, MoS2). Using these low dimensional materials, we hope to design nano electronic devices (such as field effect tube, tunneling field effect tube, valley devices), nano optoelectronic devices and spin electronics (spin spin valve, filter, spin field effect tube) to continue Moore's law at sub-10 nanometers. Current Interests: 1. Performance limits of two-dimensional transistors. 2. Electrical contact of two-dimensional materials. 3. Lithium-ion batteries. 4. Photoelectric device

Social Affiliations

MORE+

[1]   Distinguished Professor of Hanjiang Scholars Program, Shaanxi University of Science and Technology