主要研究基于电磁超材料自由度与拓扑响应两个方向展开:
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拓扑光子学:关注电磁系统中的高维拓扑结构,高阶拓扑响应,手征模式等
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电磁超构表面,电磁超构材料:关注电磁超构表面的偏振响应,共振响应等电磁调控能力,以及基于电磁超材料自由度的拓扑响应
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动态卡西米尔效应:关注对称性调控的动态卡西米尔辐射效率增强
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旋转光子学:关注电磁表面旋转下的moire结构导致的光学调控
至今在science, prl, pnas,sci adv, lsa等期刊发表论文40余篇,论文总引用2000余次。
个人yabo亚博88主页:
google scholar: https://scholar.google.com/citations?user=wpxmm-iaaaaj&hl=zh-cn
ocrid: https://orcid.org/0000-0002-3534-1599
欢迎对拓扑光子学的物理研究,超构材料/表面的电磁调控等领域感兴趣的同学申请加入课题组攻读硕士/博士学位!
招聘博士后,详情参见:https://www.koushare.com/category/job/224
published papers [selected] ($first author,#corresponding author)
1. shaojie ma$, yangang bi$, qinghua guo, biao yang, oubo you, jing feng, hongbo sun, shuang zhang; linked weyl surfaces and weyl arcs in photonic metamaterials;
2. shaojie ma, hongwei jia, yangang bi, shangqiang ning, fuxin guan, hongchao liu, chenjie wang, shuang zhang; gauge field induced chiral zero mode in five-dimensional yang monopole metamaterials;
3. shaojie ma, biao yang, shuang zhang;topological photonics in metamaterials”
4. shuo liu$, shaojie ma$, ruiwen shao, lei zhang, tao yan, qian ma, shuang zhang, tiejun cui, “moiré metasurface for dynamic beamforming;
5. hongfei wang$, shaojie ma$, shuang zhang, dangyuan lei;intrinsic superflat bands in general twisted bilayer systems;
6. shuo liu$, shaojie, ma$,#, ruiwen shao, lei zhang, yang biao, navarro-cia, miguel, tie jun cui, shuang zhang;edge state mimicking topological behavior in a one-dimensional electrical circuit”, new j. phys. 23, 103005 (2021)
7. shaojie ma, haixing miao, yuanjiang xiang, and shuang zhang;enhanced dynamic casimir effect in temporally and spatially modulated josephson transmission line”
8. shaojie ma, xinke wang, weijie luo, shulin sun, qiong he, yan zhang, and lei zhou;ultra wideband reflective metamaterial wave-plates for terahertz waves;
9. shaojie ma, shiyi xiao, and lei zhou;resonant modes in metal/insulator/metal metamaterials: an analytical study on near-field couplings;
10. che qu$, shaojie ma$, jiaming hao, meng qiu, xin li, shiyi xiao, ziqi miao, ning dai, qiong he, shulin sun, and lei zhou;tailor the functionalities of metasurfaces based on a complete phase diagram”
the full list:
google scholar: https://scholar.google.com/citations?user=wpxmm-iaaaaj&hl=zh-cn
ocrid: https://orcid.org/0000-0002-3534-1599