南京航空航天大学k8凯发集团主页平台管理系统 hu hao-k8凯发集团

dr. hu hao, distinguished research scientists (type a) of nanjing university of aeronautics and astronautics, professor/phd supervisor, jiangsu distinguished professor. 

he received his bachelor of engineering degree from college of optical science and engineering, zhejiang university in 2016. then he studied for a doctorate in school of electrical and electronic engineering, nanyang technological university of singapore from 2016 to 2020. from 2020 to 2023, he continues his research work as a research fellow in nanyang technological university. in 2023, he joined the college of electronic and information engineering, nanjing university of aeronautics and astronautics, as a distinguished research scientists. 

dr. hu's main research interests include free-particle radiation, metamaterials/photonic crystals, quantum and nonlocal plasmonics, topological physics. he, as the first, co-first and corresponding auther has published 24 papers in high-impact journals such as advanced materials (2), nature communications, physical review x, laser & photonics reviews （2）, elight,  acs photonics, nanophotonics, and photonics research. his work has been highlighted by many scientific media, including phys.org,eurekalert!,mirage news,azooptics.com,space daily, florida news times,daytonews,funtitech,verve times and chinese optics. 

honor and award

[1] jiangsu distinguished professor，2023

[2] chinese government award for outstanding self-financed students abroad，2020

[3] gold student paper award, ieee photonics society singapore chapter, 2020

[4] best student paper award （1st winner）, piers xiamen, 2019

academic service

[1] chair for session "time-modulating metamaterials and time-varying systems", piers chengdu, 2024

[2] chair for session "integrated electrically-driven nano-photonic devices", piers prague, 2023

[3] guest editor for special session "controlling electromagnetic fields towards the nanoscale", frontiers in physics, 2023 

[4] president of optical socitey of america (osa), chapter of nanyang technological university, 2018-2020

[5] vice president of ieee photonics society singapore chapter, 2018-2019

recruitment

dr. hu currently has two positons for the excellent candidates of phd scholarships, who shows remarkable interests in physics and engineering. he is always seeking for postdoctoral research fellow, visiting scholar/students, fyp student and others to join his group. please feel free to contact him for any scientific discussions and opportunities via hao.hu@nuaa.edu.cn.

selected publications

† co-first author， *corresponding author

[1] youxiu yu, hao hu*, linyang zou, qianru yang, xiao lin, zhuo li, gao lei*, and dongliang gao*,“antireflection spatiotemporal metamaterials,” laser & photonics reviews, 2300130 (2023).

[2] haotian wu^†, hao hu^†, xixi wang, zhixia xu, baile zhang^*, qi jie wang^*, yuanjin zheng, jingjing zhang, tie jun cui^*, and yu luo^*, “higher‐order topological states in thermal diffusion,” advanced materials, 35, 2210825(2023).

[3] yuval adiv^†, hao hu^†, shai tsesses^†, raphael dahan, kangpeng wang, yaniv kurman, alexey gorlach, hongsheng chen, xiao lin, guy bartal, and ido kaminer^*, “observation of 2d cherenkov radiation,” physical review x, 13, 011002 (2023).

[4] hao hu^†, song han^†, yang hang^†,*, dongjue liu, haoran xue, guigeng liu, zheyu cheng, qi jie wang, shuang zhang, baile zhang^*, and yu luo^*, “observation of topological edge states in thermal diffusion,” advanced materials, 34, 2202257 (2022).

[5] hao hu^†, xiao lin^†,*, dongjue liu, hongsheng chen, baile zhang^*, and yu luo^*, “broadband enhancement of cherenkov radiation using dispersionless plasmons,” advanced science, 9, 2200538 (2022).

[6] hao hu†, xiao lin†, liang jie wong, qianru yang, dongjue liu, baile zhang*, and yu luo*, “surface dyakonov-cherenkov radiation,” elight，2，2 (2022).

[7] xiao lin†, hao hu†, sajan easo, yi yang, yichen shen, kezhen yin, michele piero blago, ido kaminer*, baile zhang*, hongsheng chen, john joannopoulos, marin soljacic, and yu luo*, "a brewster route to cherenkov detectors, " nature communications, 12, 5554 (2021).

[8] hao hu, xiao lin*, jingjing zhang, dongjue liu, patrice genevet, baile zhang* and yu luo*,“nonlocality induced cherenkov threshold,” laser & photonics reviews, 14，2000149 (2020).

[9] hao hu, dongliang gao, xiao lin, songyan hou, baile zhang, qi jie wang* and yuo luo*, “directing cherenkov photons with spatial nonlocality,”nanophotonics, 9, 3435-3443 (2020).

[10] hao hu, liangliang liu*, xiao hu, d. liu, and d. gao*, "routing emission with a multi-channel nonreciprocal waveguide," photonics research, 7, 642-646 (2019).

[11] hao hu, jingjing zhang, stefan a maier, and yu luo*, "enhancing third-harmonic generation with spatial nonlocality," acs photonics, 5, 592-598 (2018).

full publications

2023

[30] youxiu yu, hao hu*, linyang zou, qianru yang, xiao lin, zhuo li, gao lei*, and dongliang gao*,“antireflection spatiotemporal metamaterials,” laser & photonics reviews, 2300130 (2023).

[29] haotian wu^†, hao hu^†, xixi wang, zhixia xu, baile zhang*, qi jie wang^*, yuanjin zheng, jingjing zhang, tie jun cui^*, and yu luo^*, “higher‐order topological states in thermal diffusion,” advanced materials, 35, 2210825(2023).

[28] yuval adiv^†, hao hu^†, shai tsesses^†, raphael dahan, kangpeng wang, yaniv kurman, alexey gorlach, hongsheng chen, xiao lin, guy bartal, and ido kaminer^*, “observation of 2d cherenkov radiation,” physical review x, 13, 011002 (2023).

[27] dongjue liu, hao hu*, and jingjing zhang*, “edge states in coupled non-hermitian resonators,” optics letters, 127, 043904(2023).

[26] songyan hou*, hao hu^†, weichuan xing, zhihong liu, jincheng zhang*, and yue hao, “improving linewidth and extinction ratio performances of lithium niobate ring modulator using ring-pair structure,” advanced photonics research, 2300169(2023).

[25] dongjue liu^†, zihao wang^†, zheyu cheng, hao hu, qijie wang, haoran xue*, baile zhang*, and yu luo*, “simultaneous manipulation of line‐gap and point‐gap topologies in non‐hermitian lattices,” laser & photonics reviews, 17, 2200371 (2023).

[24] zheng gong, jialin chen, ruoxi chen, xingjian zhu, chan wang, xinyan zhang, hao hu, yi yang, baile zhang*, hongsheng chen*, ido kaminer, and xiao lin*, "interfacial cherenkov radiation with ultralow-energy electrons," proceedings of the national academy of science, in press (2023).

[23] shuaijie yuan, xinxing zhou*, yu chen, yuhan zhong, lijuan sheng, hao hu, hongsheng chen*, ido kaminer, and xiao lin*, “breakdown of effective-medium theory by a photonic spin hall effect,” arxiv preprint arxiv:2303.13747 (2023).

[22] yuhan zhong, chan wang, chenxu bian, xuhuinan chen, jialin chen, xingjian zhu, hao hu, tony low, siyuan dai, hongsheng chen*, baile zhang, and xiao lin*, “dipole-matter interactions governed by the asymmetry of maxwell equations,” arxiv preprint arxiv:2301.12718 (2023).

[21] jialin chen, ruoxi chen, zheng gong, hao hu, yi yang, xinyan zhang, chan wang, ido kaminer, hongsheng chen*, baile zhang*, and xiao lin*, “low-velocity-favored transition radiation,” arxiv preprint arxiv:2212.13066 (2023).

2022

[20] hao hu^†, song han^†, yang hang^†,*, dongjue liu, haoran xue, guigeng liu, zheyu cheng, qi jie wang, shuang zhang, baile zhang*, and yu luo*, “observation of topological edge states in thermal diffusion,” advanced materials, 34, 2202257 (2022).

[19] hao hu^†, xiao lin^†,*, dongjue liu, hongsheng chen, baile zhang*, and yu luo*, “broadband enhancement of cherenkov radiation using dispersionless plasmons,” advanced science, 9, 2200538 (2022).

[18] hao hu^†, xiao lin^†, liang jie wong, qianru yang, dongjue liu, baile zhang*, and yu luo*, “surface dyakonov-cherenkov radiation,” elight, 2, 2 (2022).

[17] yuval adiv^†, hao hu^†, shai tsesses^†, raphael dahan, kangpeng wang, yaniv kurman, alexey gorlach hongsheng chen, xiao lin, guy bartal, and ido kaminer*，“observation of 2d cherenkov radiation,” physical review x, 13, 011002 (2022).

[16] qianru yang, hao hu, xiaofeng li, and yu luo*，“cascaded parametric amplification based on spatiotemporal modulations,” photonics research, 126, 163902 (2022).

[15] fei yan, qi li, hao hu, ze wen wang, hao tian, li li*, yu luo*, qi jie wang*, "terahertz high-q magnetic dipole resonance induced by coherent fano interactions, " applied physics letters, 121, 201704 (2022).

2021

[14] xiao lin^†, hao hu^†, sajan easo, yi yang, yichen shen, kezhen yin, michele piero blago, ido kaminer*, baile zhang*, hongsheng chen, john joannopoulos, marin soljacic, and yu luo*, "a brewster route to cherenkov detectors, " nature communications, 12, 5554 (2021).

[13] hao hu, xiao lin, and yu luo*. “free-electron radiation engineering via structured environment, ” progress in electromagnetics research, 171, 75-88 (2021).

[12] liqiao jing, xiao lin, zuojia wang*, ido kaminer*, hao hu, erping li, yongmin liu, min chen, baile zhang, hongsheng chen*, "polarization shaping of free‐electron radiation by gradient bianisotropic metasurfaces," laser & photonics reviews, 15, 2000426 (2021).

2020

[11] hao hu, xiao lin*, jingjing zhang, dongjue liu, patrice genevet, baile zhang* and yu luo*,“nonlocality induced cherenkov threshold,” laser & photonics reviews, 14，2000149 (2020).

[10] hao hu, dongliang gao, xiao lin, songyan hou, baile zhang, qi jie wang* and yuo luo*, “directing cherenkov photons with spatial nonlocality,” nanophotonics, 9, 3435-3443 (2020).

[9] xinyan zhang, hao hu, xiao lin*, lian shen, baile zhang, hongsheng chen*, "confined transverse-electric graphene plasmons in negative refractive-index systems, " npj 2d materials and applications, 4, 25 (2020).

[8] yanqiu wang, hao hu, qin zhang, dong liang gao*, and lei gao*, "topologically-tuned spin hall shift around fano resonance, " optics express, 28, 21641-21649 (2020).

[7] chan wang, chao qian, hao hu, lian shen, zuo jia wang, huaping wang, zhiwei xu, baile zhang, hongsheng chen, xiao lin*, "superscattering of light in refractive-index near-zero environments," progress in electromagnetics research, 168, 15-23 (2020).

2019

[6] hao hu, liangliang liu*, xiao hu, d. liu, and d. gao*, "routing emission with a multi-channel nonreciprocal waveguide," photonics research, 7, 642-646 (2019).

[5] wangcheng lin, yanqiu wang, hao hu, dongjue liu, dongliang gao*, and lei gao*, "reconfigurable sensor and nanoantenna by graphene-tuned fano resonance," optics express, 27, 35925-35934 (2019).

[4] dongjue liu, yao huang, hao hu, liangliang liu, dongliang gao, lixin ran, dexin ye*, and yu luo*, " designing spatial kramers–kronig media using transformation optics," ieee transactions on antennas and propagation, 68, 2945-2949 (2019).

[3] ran shi, dong liang gao*, hao hu, yanqiu wang, lei gao*, "enhanced broadband spin hall effects by core-shell nanoparticles, " optics express, 27, 4808-4817 (2019).

2016-2018

[2] hao hu, jingjing zhang, stefan a maier, and yu luo*, "enhancing third-harmonic generation with spatial nonlocality," acs photonics, 5, 592-598 (2018).

[1] jinxi huang^†, hao hu^†, zhewei wang, wenyuan li, ji cang, jianqi shen, hui ye*, ''analysis of light-emission enhancement of low-efficiency quantum dots by plasmonic nano-particle'', optics express, 24, 8555-8573 (2016).

conference papers

[8] hao hu,  "experimental realization of topological edge states in pure diffusion systems", progress in electromagnetics research symposium, prague, zzech republic. 3-6 july 2023.

[7] hao hu,  "experimental realization of thermal topological edge states", international conference on thermodynamics and thermal metamaterials, shanghai, china. 17-19 august 2022.

[6] hao hu,  "revisit cherenkov radiation in the hyperbolic metamaterials", progress in electromagnetics research symposium, xiamen, china. 17-20 december 2019.

[5] hao hu, xiao lin, dongjue liu, patrice genevet, baile zhang, and yu luo, "probe the ultimate nonlocal limit of 'threshold-free' cherenkov radiation", conference on lasers and electro-optics, san jose, usa. 5-10 may 2019.

[4] hao hu, "nonlocal limit of cherenkov radiation in hyperbolic metamaterials", global congress and expo on advancements of laser optics and photonics, valencia, spain. 25-27 march 2019.

[3] hao hu,  "enhancing optical nonlinearity using quantum nonlocal effect", progress in electromagnetics research symposium, tokyo, japan. 1-4 august 2018.

[2] hao hu, "enhancing optical nonlinearity using special nonlocality", advances in quantum enginnering international meeting, singapore. 25-27 june 2018.
[1] hao hu, and yu luo, "third harmonic generation enhanced by nonlocal effect", conference on lasers and electro-optics (pacific rim), singapore. 31 july - 4 august 2017.