王璟岳（特任教授）-ag旗舰厅在线

»姓名：王璟岳

»系属：材料物理系

»学位：博士

»职称：特任教授

»专业：材料学

»导师类别：博导

»电子邮箱：或20240072@upc.edu.cn

»联系电话：13041263937

»通讯地址：青岛市黄岛区长江西路66号

»概况 王璟岳，男，1992年生，特任教授，“光华学者计划”拔尖岗，博士生导师，北京大学博士，北京大学博雅博士后，与美国佐治亚理工学院联合培养。主要研究方向为二维材料的合成、器件应用及量子物性研究，未来也致力于发展防腐蚀领域传感器件、阴极保护用半导体材料。以第一作者/共同第一作者，在nature nanotechnology, nature materials, nature communications, pnas, nano letters等期刊发表学术论文若干。主持国家自然科学基金青年基金，参与国家自然科学基金重大研究计划等项目。在北京大学期间获国家奖学金、专项学业奖学金等荣誉。

◎研究方向

二维材料合成与功能性器件；防腐蚀领域传感器件；阴极保护用半导体材料

◎教育经历

2011.09-2015.07 山东大学，泰山学堂，物理学， 学士

2015.09-2020.07 北京大学，物理学院，凝聚态物理，博士（直博）

2017.09-2018.07 佐治亚理工学院，物理学院，凝聚态物理，联合培养

◎工作经历

2020.07-2024.07 北京大学，化学与分子工程学院，博雅博士后

2024.07-至今，中国石油大学（华东），材料科学与工程学院材料物理系，特任教授

◎指导研究生及博士后

每年计划招收：1-2博士生；1-2硕士生。

欢迎物理学、化学以及材料学背景的同学联系、报考。

◎承担项目

主持国家自然科学基金青年项目；参与国家自然科学基金重大研究计划、面上项目等项目

◎获奖情况

在北京大学期间获国家奖学金、专项学业奖学金等奖励

◎荣誉称号

北京大学博雅博士后

◎论文

       1. jingyue wang^#, junwei huang^#, daniel kaplan^#, xuehan   zhou^#, congwei tan^#. jing zhang, gangjian jin, xuzhong   cong, yongchao zhu, xiaoyin gao, yan liang, huakun zuo, zengwei zhu, ruixue   zhu, ady stern, hongtao liu, peng gao, binghai yan*, hongtao yuan* &   hailin peng* even-integer quantum hall effect in an oxide caused by a hidden   rashba effect. nature nanotechnology. (2024).   https://doi.org/10.1038/s41565-024-01732-z

      2. jingyue wang, yuxuan jiang*, tianhao zhao, zhiling dun, anna l. miettinen,   xiaosong wu, martin mourigal, haidong zhou, wei pan, dmitry smirnov and   zhigang jiang*. magneto-transport evidence for strong topological insulator   phase in zrte₅. nature   communications 12, 6758 (2021).

      3. congcong zhang^#, teng tu^#, jingyue wang^#, yongchao   zhu^#, congwei tan, liang chen, mei wu, ruixue zhu, yizhou liu,   huixia fu, jia yu, yichi zhang, xuzhong cong, xuehan zhou, jiaji zhao,   tianran li, zhimin liao, xiaosong wu, keji lai, binghai yan, peng gao,   qianqian huang, hai xu, huiping hu, hongtao liu, jianbo yin^# &   hailin peng*. single-crystalline van der waals layered dielectric with high   dielectric constant. nature materials22, 832–837 (2023).

      4.  jingyue wang, jingjing niu, baoming yan, xinqi li, ran bi, yuan yao, dapeng   yu, xiaosong wu*. vanishing quantum oscillations in dirac semimetal zrte5. proceedings   of the national academy of sciences115 (37) 9145-9150 (2018).

5. jingyue  wang, jingjing niu, xinqi li,  xiumei ma, yuan yao and xiaosong wu*.   facile and fast growth of high mobility nanoribbons of zrte5. chinese   physics b29, 068102 (2020).

6. congwei   tan^#, jianfeng jiang^#, jingyue wang^#, mengshi yu, teng tu, xiaoyin gao,  junchuan tang, congcong zhang, yichi zhang, xuehan zhou, liming zheng,  chenguang qiu*, hailin peng*strain-free   layered semiconductors for 2d transistors with on-state current density   exceeding 1.3 ma μm^–1. nano   letters22, 9, 3770–3776 (2022)

7. yanan   li^#, huichao wang^#, jingyue wang^#, chunming wang^#, yanzhao   liu, jun ge, jingjing niu, wenjie zhang, pinyuan wang, ran bi, jinglei   zhang, ji-yan dai, jiaqiang yan, david mandrus, nitin samarth, haizhou   lu*, xiaosong wu*, and jian wang*.anomalous magnetothermoelectric   behavior in massive dirac materials. physical review b 107,  085140 (2023).

8. congwei  tan, mengshi yu, junchuan tang, xiaoyin gao, yuling yin, yichi zhang, jingyue wang, xinyu gao, congcong zhang, xuehan zhou, liming zheng, hongtao liu, kaili jiang,  feng ding and hailin peng*. 2d fin field-effect transistors integrated   with epitaxial high-k gate oxide. nature 616, 66–72 (2023).

9. yuxuan  jiang, jingyue wang, tianhao  zhao, zhiling dun, huang, q, xiaosong wu, martin mourigal , haidong  zhou, wei pan, ozerov, m.; dmitry smirnov, zhigang jiang*. unraveling  the topological phase of zrte5 via magnetoinfrared spectroscopy. physical       review letters125(4): 0-046403 (2020).

10. jingjing   niu, jingyue wang, zhijie he,  chenglong zhang, xinqi li, tuocheng cai, xiumei ma, shuang jia, dapeng  yu, xiaosong wu*. electrical transport in nanothick zrte5 sheets: from  three to two dimensions. physical review b95(3): 0-035420 (2017).

11. liuyun   yang, jingyue wang, tao wang,   meng wu, ping wang, ding wang, xuelin yang, fujun xu, weikun ge,   xiaosong wu, xinqiang wang*, bo shen. planar anisotropic   shubnikov-de-haas oscillations of two-dimensionalelectron gas in aln/gan heterostructure. applied physics letters115(15): 0-152107 (2019).

12. yan   liang, jingyue wang, hailin  peng*. quasi-one-dimensional tase3: a new topological superconductor   candidate. matter 4(1): 19-21 (2021).

13. qifeng   cai , congwei tan, jingyue wang,  teng tu, shuang sun, xiaokang li , baotong zhang, haixia li, xiaoyan xu,  xia an, xing zhang, ru huang, hailin peng, ming he* and ming li*.  coplanar high mobility and interplanar van der waals heterojunction in       layered two-dimensional bi₂o₂se nanosheets. ieee electron device   letters 42: 6, 871-874 (2021).

14. liuyun   yang, xinqiang wang*, tao wang, jingyue   wang, wenjie zhang, patrick quach, ping wang, fang liu, duo li, ling  chen, shangfeng liu, jiaqi wei, xuelin yang, fujun xu, ning tang, wei  tan, jian zhang, weikun ge, xiaosong wu, chi zhang*, bo shen*. three  subband occupation of the two-dimensional electron gas in ultrathin  barrier aln/gan heterostructures. advanced functional materials  30, 2004450 (2020)

15. xuehan   zhou, yan liang, huixia fu, ruixue zhu, jingyue wang, xuzhong cong, congwei tan, congcong zhang,   yichi zhang, yani wang, qijia xu, peng gao, hailin peng*. step-climbing  epitaxy of layered materials with giant out-of-plane lattice mismatch. advanced       materials e2202754 (2022).

16.  xin  gao, liming zheng, fang luo, jun qian, jingyue wang, mingzhi yan, wendong wang, qinci wu, junchuan   tang, yisen cao, congwei tan, jilin tang, mengjian zhu, yani wang,  yanglizhi li, luzhao sun, guanghui gao, jianbo yin, li lin, zhongfan  liu, shiqiao qin, hailin peng*. integrated wafer-scale ultra-flat graphene  by gradient surface energy modulation. nature communications13, 5410 (2022).