郭三栋，副教授，男,1984年，理论物理专业博士，西安邮电大学微电子专业硕士生导师。
学习工作经历：
2018.5-至今 西安邮电大学
2012.7-2018.5 中国矿业大学
2007.9-2012.6 中国科学院物理研究所 硕博连读
2003.9-2007.6 西安电子科技大学 本科
承担课程：
为本科生承担过大学物理，大学物理实验，固体物理，电动力学和数学建模。
研究方向和成果简介：
主要从事半导体相关的材料计算，包括普通半导体、半金属、铁磁绝缘体、热电材料、二维材料、二维拓扑材料等。最近研究集中在二维压电材料的理论计算与设计，包括普通二维压电材料，压电铁磁和反铁磁体，压电量子自旋霍尔绝缘体，压电量子反常霍尔绝缘体和压电铁谷材料等。
第一作者发表于2D Materials, JMCC, Nanoscale, PRB, PCCP, NJP, APL, JCP, Nanotechnology, EPL, JPCM, JPD, JAP等SCI文章73篇，被引用1800余次（Google），H-index 25，大于100次引用3篇。 担任Advanced Energy Materials, JMCA, Nanoscale, JMCC, JPCL, PCCP,ACS AMI, Materials Today Physics, NJP, APL,JPCM,JAP等40余种期刊审稿人。主持国家青年，省面上项目等。
获得荣誉：
2019年入选陕西省普通高校青年杰出人才支持计划。入选英国皇家化学会物理化学类期刊2019年“Top 1%高被引作者排行榜”。获得英国物理学会2021年“高被引文章奖”。 2020年度科学影响力全科科学家榜（Elsevier 旗下 Mendeley Data 发布），进入世界前4万名。
最近代表作（全部为第一和唯一通讯作者）：
1.Guo San-Dong, Mu Wen-Qi, Xiao Xiang-Bo and Liu Bang-Gui, Intrinsic room-temperature piezoelectric quantum anomalous Hall insulator in Janus monolayer Fe2IX (X = Cl and Br),Nanoscale13, 12956 (2021).
2.Guo San-Dong, Mu Wen-Qi and Liu Bang-Gui, Valley-polarized quantum anomalous Hall insulator in monolayer RuBr2,2D Mater. 9, 035011 (2022).
3.Guo San-Dong, Zhu Jing-Xin, Mu Wen-Qi and Liu Bang-Gui, Possible way to achieve anomalous valley Hall effect by piezoelectric effect in a GdCl2monolayer,Physical Review B104, 224428 (2021).
4.Guo San-Dong, Zhu Jing-Xin, Yin Meng-Yuan and Liu Bang-Gui, Substantial electronic correlation effects on the electronic properties in a Janus FeClF monolayer,Physical Review B105, 104416 (2022).
5.Guo San-Dong, Mu Wen-Qi, Wang Jia-Hao, YangYu-Xuan, Wang Bing and Ang Yee-Sin, Strain effects on the topological and valley properties of the Janus monolayer VSiGeN4,Physical Review B106, 064416 (2022).
6.Guo San-Dong, Zhu Yu-Tong, Qin Ke and Ang Yee-Sin，Large out-of-plane piezoelectric response in ferromagnetic monolayer NiClI,Appl. Phys. Lett.120, 232403 (2022).
7.Guo San-Dong, Guo Xiao-Shu, Zhu Yu-Tong and Ang Yee-Sin，Predicted ferromagnetic monolayer CrSCl with large vertical piezoelectric response: A first-principles study,Appl. Phys. Lett.121, 062403 (2022).
8.Guo San-Dong, Mu Wen-Qi, Zhu Yu-Tong, Han Ru-Yue and Ren Wen-Cai, Predicted septuple-atomic-layer Janus MSiGeN4(M = Mo and W) monolayers with Rashba spin splitting and high electron carrier mobilities,Journal of Materials Chemistry C9, 2464 (2021).
9.Guo San-Dong, Zhu Yu-Tong, Mu Wen-Qi and Chen Xing-Qiu, A piezoelectric quantum spin Hall insulator with Rashba spin splitting in Janus monolayer SrAlGaSe4,Journal of Materials Chemistry C9, 7465 (2021).
10.Guo San-Dong, Mu Wen-Qi, Zhu Yu-Tong, Wang Shao-Qing and Wang Guang-Zhao, Coexistence of intrinsic piezoelectricity and nontrivial band topology in monolayer InXO (X = Se and Te),Journal of Materials Chemistry C9, 5460 (2021).
11.Guo San-Dong, Zhu Yu-Tong, Xin Jia-Lin and Liu Bang-Gui, Correlation-enhanced spin-orbit coupling in a quantum anomalous Hall insulator Fe2Br2monolayer with a large band gap and robust ferromagnetism,Journal of Materials Chemistry C10, 8381 (2022).
12.Guo San-Dong and Wang Meng-Xia, Predicted intrinsic piezoelectric ferromagnetism in Janus monolayer MnSbBiTe4: a first principles study,Physical Chemistry Chemical Physics23, 22443 (2021).
13.Guo San-Dong, Mu Wen-Qi, Xiao Xiang-Bo and Liu Bang-Gui, Generalization of piezoelectric quantum anomalous Hall insulator based on monolayer Fe2I2: a first-principle study,Physical Chemistry Chemical Physics23, 25994 (2021).
14.Guo San-Dong, Mu Wen-Qi, Zhu Yu-Tong and Chen Xing-Qiu, Coexistence of intrinsic piezoelectricity and ferromagnetism induced by small biaxial strain in septuple-atomic-layer VSi2P4,Physical Chemistry Chemical Physics22, 28359 (2020).
15.Guo San-Dong, Zhu Yu-Tong, Mu Wen-Qi and Ren Wen-Cai, Intrinsic piezoelectricity in monolayer MSi2N4(M = Mo, W, Cr, Ti, Zr and Hf),EPL132, 57002 (2020).
16.Guo San-Dong, Guo Xiao-Shu, Han Ru-Yue and Deng Ye, Predicted Janus SnSSe monolayer: a comprehensive first-principles study,Physical Chemistry Chemical Physics21, 24620 (2019).
17.Guo San-Dong, Guo Xiao-Shu, Cai Xiu-Xia and Liu Bang-Gui, Valley polarization transition driven by biaxial strain in Janus GdClF monolayer,Physical Chemistry Chemical Physics24, 715 (2022).
18.Guo San-Dong, Mu Wen-Qi, Guo Hao-Tian, Tao Yu-Ling and Liu Bang-Gui, A piezoelectric quantum spin Hall insulator VCClBr monolayer with a pure out-of-plane piezoelectric response,Physical Chemistry Chemical Physics24, 19965 (2022).
Email：sandongyuwang@163.com
