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研究方向:

通过模型分析、第一性原理计算等方法探索新物态、新物理. 在凝聚态电子材料或人工系统中设计实现这些新物态. 

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需要修的课程包括：

量子力学， 固体物理，群论 等基础课程.

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熟悉一套编程语言： 

Fortran，Matlab， Mathematica 等.

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欢迎加入课题组攻读博士 或 做博士后研究.

Email：yurui1983 at foxmail.com

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代表工作列表：

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Realization of a Hopf insulator in circuit systems，

Z Wang, XT Zeng, YC Biao, ZB Yan, R Yu，

Physical Review Letters 130 (5), 057201  2023

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Non-Abelian gauge fields in circuit systems，

JX Wu, Z Wang, YC Biao, FC Fei, S Zhang, ZP Yin, YJ Hu, ZY Song, T Wu, FQ Song, R Yu，

Nature Electronics 5 (10), 635 2022

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Type-II Dirac point in ，

HZ Lv, ZW Wang, QB Cheng, W Zhang, R Yu，

Physical Review B 103 (24), L2411154  2021

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4D spinless topological insulator in a periodic electric circuit，

R Yu, YX Zhao, AP Schnyder，

National Science Review 7 (8), 1288-129560  2020

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Large Fermi arc and robust Weyl semimetal phase in ，

ZW Wang, KF Luo, JZ Zhao, R Yu，

Physical Review B 100 (20), 2051178  2019

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Topological nodal states in circuit lattice，

KF Luo, R Yu, HM Weng，

Research 76  2018

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From nodal chain semimetal to Weyl semimetal in HfC, 

R Yu, Q Wu, Z Fang, HM Weng, 

Physical Review Letters 119 (3), 036401139  2017

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Topological nodal line semimetals predicted from first-principles calculations,

R Yu, Z Fang, X Dai, HM Weng, 

Frontiers of Physics 12, 1-14  2017

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Topological Node-Line Semimetal and Dirac Semimetal State in Antiperovskite,

R Yu, HM Weng, Z Fang, X Dai, X Hu, 

Physical Review Letters 115 (3), 036807758  2015

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