孙树林 -亚博vip888

孙树林，研究员，博士生导师，光科系副系主任（主管科研），入选上海市浦江人才计划，复旦大学卓越2025人才计划。长期从事超材料/超表面，等离子体光学，光学微腔等方面研究，目前已在nature materials, nano letters, advances in optics and photonics, light: science & applications, advanced science, laser & photonics review, physical review letters, advanced optical materials, nanoscale, journal of materials chemistry，physical review系列 (b, e, applied)， scientific reports等杂志上发表论文80余篇，13篇论文获评esi高被引论文，总引用次数10000余次，单篇最高引用1900余次，成果曾被nature photonics、advanced optical materials、phys.org等媒体报道。荣获2019国家自然科学二等奖（排名第2），2016上海自然科学一等奖（排名第2）, 2020 rising star of light（全球遴选10名光学顶尖青年科学家之一，中国地区唯一入选者），2012中国光学重要成果奖（排名第1），2018 light：science & applications最佳论文奖（通讯作者）,2020-2023爱思唯尔中国高被引学者，2021钟扬式科研团队，2022全国高校光电信息科学与工程专业优秀课程思政案例一等奖，2023复旦大学港爱赞助优异奖教金等奖项荣誉。承担国家重点研发计划等10余项基金项目，担任journal of optics、nanomaterials编委，中国激光杂志社青年编委，3次担任国际会议程序委员会成员，7次在piers等会议上担任会议主席，50余次在spie optics and photonics等会议上做邀请报告。

欢迎各位有志学生加入本课题组攻读硕士、博士学位，以及做博士后！！

journal of optics编委；

nanomaterials编委；

中国激光杂志社青年编委；

imco 2018程序委员会共同主席；

中国微米纳米技术学会高级会员；

中国光学学会终身会员；

美国materials research society (mrs) member;

《reviews of modern physics》《nature communications》、《light: science & applications》、《elight》、《physical review letters》、《advanced materials》、《advanced science》、《advanced optical materials》、《acs photonics》、《advanced photonics》、《nanophotonics》、《nanotechnology reviews》、《physical review applied》、《optics letters》、《optics express》、《optics materials》、《scientific reports》等sci 杂志的审稿人；

piers（2014，2015， 2016, 2017，2018，2019, 2021）国际会议的分会主席；

piers 2018国际会议tpc member;

the second a3 metamaterial forum国际会议的组织委员会共同主席;

international symposium on plasmonics and nonophotonics 2017国际会议tpc member;

optical fluidices 2017国际会议的committee member;

2023复旦大学港爱赞助优异奖教金
2023复旦大学信息学院院长奖
2022全国高校光电信息科学与工程专业优秀课程思政案例一等奖
2021复旦大学钟扬式科研团队
2021复旦大学信息学院睿郡优秀科研成果一等奖
2020、2021、2022全球前2%顶尖科学家
2020、2021、2022、2023爱思威尔中国高被引学者
2020复旦大学信息学院优秀科研奖
2020复旦大学信息学院睿郡优秀科研成果一等奖
2020 rising star of light（全球遴选10名光学顶尖青年科学家之一，中国地区唯一入选者）
2020 epl杰出审稿人
2019国家自然科学二等奖（第二完成人）
2019复旦大学信息学院睿郡优秀科研成果二等奖
2018 light：science & applications杂志杰出论文奖
2016上海市自然科学奖一等奖（第二完成人）
2012中国光学重要成果奖（第一完成人）

2004/09--2009/07 复旦大学物理系，获理学博士学位；
2008/12--2009/02 美国特拉华大学，访问学者；
2010/06--2013/05 台湾大学物理系，博士后研究员；
2013/07--2019/11：复旦大学信息学院光科系，副研究员；
2019/12--今：复旦大学信息学院光科系，研究员；

2013年，光科系研究生学术报告；
2014年，光科系研究生学术报告；
2015年，纳米光子学；
2016年，纳米光子学；
2017年，纳米光子学;电磁场与电磁波；
2018年，纳米光子学;电磁场与电磁波；
2019年，纳米光子学;电磁场与电磁波；大学物理b(下)；
2020年，纳米光子学;电磁场与电磁波；
2021年，纳米光子学;电磁场与电磁波；
2022年，纳米光子学;电磁场与电磁波；
2023年，纳米光子学;电磁场与电磁波a；电磁场与电磁波a（h）;
2024年，纳米光子学;电磁场与电磁波a；电磁场与电磁波a（h）;

代表性论文：

[1] shulin sun, qiong he, shiyi xiao, qin xu, xin li and lei zhou*. "gradient-index meta-surfaces as a bridge linking propagating waves and surface waves". . (impact factor: 39.7, 1944 citations，esi highly cited paper)

[2] shulin sun, kuang-yu yang, chih-ming wang, ta-ko juan, wei ting chen, chun yen liao, qiong he, shiyi xiao, wen-ting kung, guang-yu guo, lei zhou*, din ping tsai*. "high-efficiency broadband anomalous reflection by gradient meta-surfaces". . (impact factor: 12.7，1395 citations，esi highly cited paper，highlight by )

[3] yizhen chen, xiaoying zheng, xiyue zhang, weikang pan, zhuo wang, shiqing li, shaohua dong, feifei liu*, qiong he, lei zhou*, and shulin sun*, “efficient meta-couplers squeezing propagating light into on-chip subwavelength devices in a controllable way”, . (impact factor: 12.7，24 citations)

[4] shulin sun, qiong he, jiaming hao, shiyi xiao, and lei zhou*, "electromagnetic metasurfaces: physics and applications ", . (impact factor: 24.8，395 citations，esi highly cited paper)

[5] wujiong sun, qiong he, shulin sun*, and lei zhou*, “high-efficiency surface plasmon meta-couplers: concept and microwave-regime realizations”. (impact factor: 20.3，263 citations，esi highly cited paper)

[6] hongchen chu, qi li, bingbing liu, jie luo, shulin sun*, zhi hong hang*, lei zhou and yun lai*, “a hybrid invisibility cloak based on integration of transparent metasurfaces and zero-index materials”, . (impact factor: 20.3, 191 citations, esi highly cited paper)

[7] dongyi wang, feifei liu, tong liu, shulin sun*, qiong he* and lei zhou*,” efﬁcient generation of complex vectorial optical ﬁelds with metasurfaces”, . (impact factor: 20.3, 96 citations, esi highly cited paper)

[8] yuan meng, yizhen chen, longhui lu, yimin ding, andrea cusano, jonathan a. fan, qiaomu hu, kaiyuan wang, zhenwei xie, zhoutian liu, yuanmu yang, qiang liu, mali gong, qirong xiao*, shulin sun*, minming zhang*, xiaocong yuan & xingjie ni, “optical meta-waveguides for integrated photonics and beyond”, . (impact factor: 20.3, 238 citations, esi highly cited paper)

[9] zhuo wang, shiqing li, xueqian zhang, xi feng, qingwei wang, jiaguang han, qiong he, weili zhang, shulin sun* and lei zhou*, "excite spoof surface plasmons with tailored wavefronts using high‐efficiency terahertz metasurfaces", . (impact factor: 17.5, 77 citations)

[10] zhuo wang, yao yao, weikang pan, haoyang zhou, yizhen chen, jing lin, jiaming hao, shiyi xiao, qiong he, shulin sun*, lei zhou*,” bifunctional manipulation of terahertz waves with high-efficiency transmissive dielectric metasurfaces”, . (impact factor: 17.5, 28 citations)

[11] shiqing li, zhuo wang, shaohua dong, sixiong yi, fuxin guan, yizhen chen, huijie guo, qiong he, lei zhou*, and shulin sun*, "helicity-delinked manipulations on surface waves and propagating waves by metasurfaces ", . (impact factor: 8.4, 48 citations)

[12] weijie luo, shiyi xiao, qiong he, shulin sun*, and lei zhou*, “photonic spin hall effect with nearly 100% efficiency”. . (impact factor: 9.9, 291 citations)

[13] nanli mou, xiaolong liu,tao wei, hongxing dong, qiong he, lei zhoud, yaqiang zhang, long zhang* and shulin sun*, “large-scale, low-cost, broadband and tunable perfect optical absorber based on phase change material”, . （front outside cover of nanoscale, 121 citations, esi highly cited paper）

[14] weijie luo, shulin sun*, he-xiu xu, qiong he, and lei zhou*，“transmissive pancharatnam–berry metasurfaces with nearly 100% efficiency", . (237 citations, esi highly cited paper)

[15] weikang pan, zhuo wang, yizhen chen, shiqing li, xiaoying zheng, xinzhang tian, cong chen, nianxi xu, qiong he, lei zhou* and shulin sun*, “high-efficiency generation of far-field spin-polarized wavefronts via designer surface wave metasurfaces”, .

所有论文：

[87] yizhen chen, xiaoying zheng, feifei liu, weikang pan, zhuo wang, qiong he, lei zhou*, shulin sun*, “high-efficiency plasmonic vortex generation with near-infrared bifunctional metasurfaces”, .

[86] yizhen chen, weikang pan, xiangyu jin, qiong he, lei zhou, shulin sun*, “far-field radiation manipulations of on-chip optical near-fields”, .

[85] yao yao, zhuo wang, zhiyan zhu, yu he, shulin sun, lei zhou and qiong he*, “high-aspect-ratio silicon metasurfaces: design, fabrication, and characterization”. .

[84] pu peng, zhengchang liu, changhong dai, xiao he, dongyi wang, zhibo dang, yuxiang chen, yuchen dai, han zhang, shulin sun, lei zhou*, and zheyu fang*,” arbitrary multifunctional vortex beam designed by deep neural network”, .

[83] yizhen chen, xiaoying zheng, xiyue zhang, weikang pan, zhuo wang, shiqing li, shaohua dong, feifei liu*, qiong he, lei zhou*, and shulin sun*, “efficient meta-couplers squeezing propagating light into on-chip subwavelength devices in a controllable way”, .

[82] feifei liu#, dongyi wang#, han zhu, xiyue zhang, tong liu, shulin sun, xinping zhang, qiong he, and lei zhou*, "high-efficiency metasurface-based surface-plasmon lenses", .

[81] zhening fang, haipeng li, yan chen, shulin sun, shiyi xiao*, qiong he* and lei zhou*, “deterministic approach to design passive anomalous-diffraction metasurfaces with nearly 100% efficiency”, .

[80] weikang pan, zhuo wang, yizhen chen, xiaoying zheng, shiqing li, xinzhang tian, qiong he, lei zhou*, shulin sun*，“efficiently controlling near-field wavefronts via designer metasurfaces”， .

[79] chenxi pu, zhuo wang, shulin sun, lei zhou*, and qiong he*, “transmissive angle-multiplexed meta-polarizer based on a multilayer metasurface”, .

[78] zhuo wang, yao yao, weikang pan, haoyang zhou, yizhen chen, jing lin, jiaming hao, shiyi xiao, qiong he, shulin sun*, lei zhou*,” bifunctional manipulation of terahertz waves with high-efficiency transmissive dielectric metasurfaces”, .

[77] yi zhou, zhihe guo, xuyang zhao, feilong wang, zhiyuan yu, yizhen chen, zhiran liu, shuyu zhang, shulin sun*, and xiang wu*，“dual-quasi bound states in the continuum enabled plasmonic metasurfaces”, .

.

[75] weikang pan, zhuo wang, yizhen chen, shiqing li, xiaoying zheng, xinzhang tian, cong chen, nianxi xu, qiong he, lei zhou* and shulin sun*, “high-efficiency generation of far-field spin-polarized wavefronts via designer surface wave metasurfaces”, .

[74] yuan meng, yizhen chen, longhui lu, yimin ding, andrea cusano, jonathan a. fan, qiaomu hu, kaiyuan wang, zhenwei xie, zhoutian liu, yuanmu yang, qiang liu, mali gong, qirong xiao*, shulin sun*, minming zhang*, xiaocong yuan & xingjie ni, “optical meta-waveguides for integrated photonics and beyond”. .

[73] dongyi wang, feifei liu, tong liu, shulin sun*, qiong he* and lei zhou*,” efﬁcient generation of complex vectorial optical ﬁelds with metasurfaces”, .

[72] shulin sun, qiong he, jiaming hao, shiyi xiao, lei zhou*, “high-efficiency manipulations on electromagnetic waves with metasurfaces”, .

[71] xiaoyan shi, dejia meng, zheng qin, qiong he, shulin sun, lei zhou, david r. smith, qing huo liu, tarik bourouina, and zhongzhu liang*, “”.

[70] dongyi wang, tong liu, yuejiao zhou, xiaoying zheng, shulin sun, qiong he & lei zhou, "high-efficiency metadevices for bifunctional generations of vectorial optical fields", .

[69] shaohua dong, qing zhang, guangtao cao, jincheng ni, ting shi, shiqing li, jingwen duan, jiafu wang, ying li, shulin sun, lei zhou, guangwei hu and cheng-wei qiu, “on-chip trans-dimensional plasmonic router”, .

[68] wang zhuo, shulin sun, qiong he & lei zhou, "a review of high-efficiency pancharatnam–berry metasurfaces", .

[67] guan fu-xin, dong shao-hua, he qiong, xiao shi-yi, sun shu-lin*, zhou lei*, “scatterings and wavefront manipulations of surface plasmon polaritons”, . (invited review paper)

[66] zhuo wang, shiqing li, xueqian zhang, xi feng, qingwei wang, jiaguang han, qiong he, weili zhang, shulin sun* and lei zhou*, "excite spoof surface plasmons with tailored wavefronts using high‐efficiency terahertz metasurfaces", .

[65] shiqing li, zhuo wang, shaohua dong, sixiong yi, fuxin guan, yizhen chen, huijie guo, qiong he, lei zhou*, and shulin sun*, "helicity-delinked manipulations on surface waves and propagating waves by metasurfaces ", .

[64] shiqing li, sixiong yi, shaohua dong, weikang pan, yizhen chen, fuxin guan, huijie guo, zhuo wang, qiong he, jun zhuang, lei zhou, shulin sun*, “broadband and high-efficiency spin-polarized wave engineering with pb metasurfaces”, .

[63] xiyue zhang, qi li, feifei liu, meng qiu, shulin sun, qiong he & lei zhou, “controlling angular dispersions in optical metasurfaces”,

[62] nanli mou, xiaolong liu,tao wei, hongxing dong, qiong he, lei zhoud, yaqiang zhang, long zhang* and shulin sun*, “large-scale, low-cost, broadband and tunable perfect optical absorber based on phase change material”, . （front outside cover of nanoscale）

[61] qiong he, shulin sun, and lei zhou, “tunable/reconfigurable metasurfaces: physics and applications”, .

[60] fei hu, xi-yuan dai, zhi-quan zhou, xiang-yang kong, shu-lin sun, rong-jun zhang, song-you wang, ming lu*, and jian sun*, “black silicon schottky photodetector in sub-bandgap near-infrared regime”,

[59] shulin sun, qiong he, jiaming hao, shiyi xiao, and lei zhou, "electromagnetic metasurfaces: physics and applications ", .

[58] fuxin guan, shulin sun, shiyi xiao, qiong he, lei zhou, "scatterings from surface plasmons to propagating waves at plasmonic discontinuities ", (2019).

[57] min jia, zhuo wang, heting li, xinke wang, weijie luo, shulin sun, yan zhang, qiong he and lei zhou , "efficient manipulations of circularly polarized terahertz waves with transmissive metasurfaces ", .

[56] qiong he, shulin sun, shiyi xiao, and lei zhou, "high-efficiency metasurfaces: principles, realizations, and applications ", advanced optical materials 1800415 (2018).

[55] hongchen chu, qi li, bingbing liu, jie luo, shulin sun*, zhi hong hang*, lei zhou and yun lai*, “a hybrid invisibility cloak based on integration of transparent metasurfaces and zero-index materials”, .

[54] shaohua dong, zhuo wang, huijie guo, fuxin guan, xiaoer li, qiong he, haibin zhao, lei zhou and shulin sun*, “dielectric meta-walls for surface plasmon focusing and bessel beam generation”, .

[53] hsun-chi chan, shulin sun* and guang-yu guo*, “near-infrared left-handed metamaterials made of arrays of upright split-ring pairs”,

[52] meng qiu, min jia, shaojie ma, shulin sun, qiong he, and lei zhou, "angular dispersions in terahertz metasurfaces: physics and applications", ).

[51] zhuo wang, shaohua dong, weijie luo, min jia, zhongzhu liang, qiong he, shulin sun*, and lei zhou*, "high-efficiency generation of bessel beams with transmissive metasurfaces", .

[50] nanli mou, shulin sun*, hongxing dong, shaohua dong, qiong he, lei zhou, long zhang*, “hybridization-induced broadband terahertz wave absorption with graphene metasurfaces”,.

[49] yuzhou qin, yangfu fang, lu wang, shiwei tang, shulin sun, zhaowei liu, yongfeng mei, “surface wave resonance and chirality in a tubular cavity with metasurface design”, .

[48] shiwei tang, tong cai, he-xiu xu, qiong he, shulin sun and lei zhou, "multifunctional metasurfaces based on the “merging” concept and anisotropic single-structure meta-atoms", 8, 555 (2018).

[47] fuxin guan, shulin sun*, shaojie ma, zhening fang, baocheng zhu, xin li, qiong he, shiyi xiao and lei zhou, “transmission/reflection behaviors of surface plasmons at an interface between two plasmonic systems”,

[46] shaohua dong, yu zhang, huijie guo, jingwen duan, fuxin guan, qiong he, haibin zhao, lei zhou, shulin sun*. "highly efficient wave-front reshaping of surface waves with dielectric meta-walls". .

[45] huijie guo, jing lin, meng qiu, junxia tian, qian wang, yue li, shulin sun, qiong he, shiyi xiao* and lei zhou*，” flat optical transparent window: mechanism and realization based on metasurfaces”, .

[44] jie yu, shaohua dong, hongxing dong, jinxin zhan, shulin sun, and long zhang*, “facile synthesis and optical properties of colloidal quantum dots/zno composite optical resonators”, .

[43] caiqin han, yue yao, wen wang, lulu qu,, layne bradley, shulin sun, yiping zhao, “rapid and sensitive detection of sodium saccharin in soft drinks bysilver nanorod array sers substrates”, sensors and actuators b 251 272–279 (2017).

[42] he-xiu xu, shaojie ma, xiaohui ling, xiao-kuan zhang, shiwei tang, tong cai, shulin sun, qiong he, and lei zhou , "deterministic approach to achieve broadband polarization-independent diffusive scatterings based on metasurfaces ", (2018).

[41] tong cai, guangming wang, shiwei tang, hexiu xu, jingwen duan, huijie guo, fuxin guan, shulin sun, qiong he, and lei zhou , "high-efficiency and full-space manipulation of electromagnetic wave fronts with metasurfaces ", .

[40] jingwen duan, huijie guo, shaohua dong, tong cai, weijie luo, zhongzhu liang, qiong he, lei zhou* and shulin sun*, "high-efficiency chirality-modulated spoof surface plasmon meta-coupler", .

[39] weijie luo, shulin sun*, he-xiu xu, qiong he, and lei zhou*，“transmissive pancharatnam–berry metasurfaces with nearly 100% efficiency", .

[38] shaojie ma, xinke wang, weijie luo, shulin sun, yan zhang, qiong he, and lei zhou ,"ultra-wide band reflective metamaterial wave plates for terahertz waves ", .

[37] tong cai, shiwei tang, guangming wang, hexiu xu, shulin sun, qiong he, and lei zhou,"high-performance bifunctional metasurfaces in transmission and reflection geometries ", advanced optical materials 5, 1600506 (2016).

[36] he-xiu xu, shiwei tang, guang-ming wang, tong cai, wanxia huang, qing he, shulin sun, and lei zhou,"multifunctional microstrip array combining a linear polarizer and focusing metasurface ", .

[35] he-xiu xu, shiwei tang, shaojie ma, weijie luo, tong cai1, shulin sun, qiong he, and lei zhou, "tunable microwave metasurfaces for high-performance operations: dispersion compensation and dynamical switch ", .

[34] he-xiu xu, shaojie ma, weijie luo, tong cai, shulin sun, qiong he, and lei zhou, "aberration-free and functionality-switchable meta-lenses based on tunable metasurfaces ", .

[33] he-xiu xu, shulin sun, shiwei tang, shaojie ma, qiong he, guang-ming wang, tong cai, hai-peng li, and lei zhou, "dynamical control on helicity of electromagnetic waves by tunable metasurfaces",

[32] hongxing dong, yang liu, shulin sun, jingzhou li, jinxin zhan, zhanghai chen, and long zhang, “geometry dependent evolution of the resonant mode in zno elongated hexagonal microcavity”, .

[31] zhi-quan zhou, liang-xing wang, wei shi, shu-lin sun and ming lu, “a synergetic application of surface plasmon and field effect to improve si solar cell performance”, .

[30] jinxin zhan, hongxing dong, shulin sun, xiaodong ren, jianjun liu, zhanghai chen, christoph lienau, and long zhang, “surface-energy-driven growth of zno hexagonal microtube optical resonators”. .

[29] wujiong sun, qiong he, shulin sun*, and lei zhou*, “high-efficiency surface plasmon meta-couplers: concept and microwave-regime realizations”. (impact factor: 14.6)

[28] che qu, shaojie ma, jiaming hao, meng qiu, xin li, shiyi xiao, ziqi miao, ning dai, qiong he, shulin sun, lei zhou, “tailor the functionalities of metasurfaces: from perfect absorption to phase modulation”,

[27] meng qiu, shiyi xiao, qiong he, shulin sun, and lei zhou, “experimental verifications on an effective model for photonic coupling”.

[26] weijie luo, shiyi xiao, qiong he, shulin sun*, and lei zhou*, “photonic spin hall effect with nearly 100% efficiency”. . (co-corresponding author)

[25] shiwei tang, baocheng zhu, min jia, qiong he, shulin sun, yongfeng mei, and lei zhou, “effective-medium theory for one-dimensional gratings”.

[24] shulin sun, qiong he, and lei zhou, “electromagnetic metasurface”.

[23] qiong he, shulin sun, shiyi xiao, xin li, zhengyong song, wujiong sun, and lei zhou. "manipulating electromagnetic waves with metamaterials: concept and microwave realizations".

[22] wei ting chen, kuang-yu yang, chih-ming wang, yao-wei huang, greg sun, i-da chiang, chun yen liao, wei-lun hsu, hao tsun lin, shulin sun, lei zhou, ai qun liu, din ping tsai. "high-efficiency broadband meta-hologram with polarization-controlled dual images". .

[21] tianhang ren, xinwei li, shulin sun, and lei zhou. "chopstick in negative-index “water” ".

[20] hongxing dong, yang liu, shulin sun*, zhanghai chenc and long zhang*. "optical modulation in microsized optical resonators with irregular hexagonal cross-section".

[19] zhengyong song, shiyi xiao, qiong he, shulin sun, and lei zhou. "transparent metals and inhomogeneous meta-surfaces". .

[18] shiyi xiao, qiong he, che qu, xin li, shulin sun, lei zhou. "mode-expansion theory for inhomogeneous meta-surfaces". .

[17] guang-yu guo, vasily klimov, shulin sun, wei-jin zheng. "metamaterial slab-based super-absorbers and perfect nanodetectors for single dipole sources". .

[16] yang liu, hongxing dong, shulin sun, wenhui liu, jinxin zhan, zhanghai chen, jun wang, and long zhang. "optical modulation of zno microwire optical resonators with parallelogram cross section". .

[15] che qu, shiyi xiao, shulin sun, qiong he, and lei zhou. "a theoretical study on the conversion efficiencies of gradient meta-surfaces". .

[14] wei ting chen, ming lun tseng, chun yen liao, pin chieh wu, shulin sun, yao-wei huang, chia min chang, chung hao lu, lei zhou, ding-wei huang, ai qun liu and din ping tsai. "fabrication of three-dimensional plasmoniccavity by femtosecond laser-induced forward transfer". .

[13] shulin sun, hung-ting chen, wei-jin zheng, guang-yu guo. "dispersion relation, propagation length and mode conversion of surface plasmon polaritons in silver double-nanowire systems"..

[12] shulin sun, qiong he, shiyi xiao, che qu, xin li, lei zhou. "research progress of gradient meta-surfaces". . (invited review paper)

[11] che chin chen, chih ting hsiao, shulin sun, kuang-yu yang, pin chieh wu, wei ting chen, yu hsiang tang, yuan-fong chau, eric plum, guang-yu guo, nikolay i. zheludev, and din ping tsai. "fabrication of three dimensional split ring resonators by stress-driven assembly method". .

[10] hongxing dong, shulin sun, liaoxin sun, weihang zhou, lei zhou, xuechu shen, zhanghai chen, jun wang, and long zhang. "thermodynamic-effect-induced growth, optical modulation and uv lasing of hierarchical zno fabry-pérot resonators". .

[9] vasily klimov, shulin sun and guang-yu guo. "coherent perfect nanoabsorbers based on negative refraction". .

[8] ming lun tseng, pin chieh wu, shulin sun, chia min chang,wei ting chen, cheng hung chu, po-li chen, lei zhou, ding-wei huang, ta-jen yen, din ping tsai. "fabrication of multilayer metamaterials by femtosecond laser-induced forward-transfer technique". laser & photonics reviews 6, 702 (2012).

[7] shulin sun, kuang-yu yang, chih-ming wang, ta-ko juan, wei ting chen, chun yen liao, qiong he, shiyi xiao, wen-ting kung, guang-yu guo, lei zhou, din ping tsai. "high-efficiency broadband anomalous reflection by gradient meta-surfaces". . (highlight by )

[6] shulin sun, qiong he, shiyi xiao, qin xu, xin li and lei zhou. "gradient-index meta-surfaces as a bridge linking propagating waves and surface waves". .

[5] wei ting chen, chen jung chen, pin chieh wu, shulin sun, lei zhou, guang-yu guo, chinh ting hsiao, kuang-yu yang, nikolay i. zheludev, and din ping tsai. "optical magnetic response in three-dimensional metamaterial of upright plasmonic meta-molecules". .

[4] hongxing dong, shulin sun, liaoxin sun, wei xie, lei zhou, xuechu shen, and zhanghai chen. "single-crystalline polyhedral in2o3 vertical fabry-pérot resonators". .

[3] hongxing dong, liaoxin sun, shulin sun, wei xie, lei zhou, xuechu shen, and zhanghai chen. "indium oxide octahedra optical microcavities". .

[2] shulin sun, s. t. chui, and lei zhou. "effective-medium properties of metamaterials: a quasimode theory". .

[1] shulin sun, xueqin huang, and lei zhou. "two-dimensional complete photonic gaps from layered periodic structures containing anisotropic left-handed metamaterials". .