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Huanyang Chen, PhD (SJTU) MOE Young Scholar （青年学者） Institute of Electromagnetics and Acoustics Xiamen University 福建省厦门市厦门大学海韵校区 厦门大学 物理学系 电磁声学研究院 |
Open positions of Assistant Professor and Postdoc are available in this group
Research interests
Photonic/Phononic Crystals, Electromagnetic and Acoustic Metamaterials, Transformation Optics/Acoustics
Read more in Research and News
Recent activities:
July 1, 2021, Our paper, "Mimicking the gravitational effect with gradient index lenses in geometrical optics", was published on Photonics Research.
June 23, 2021, Our PRL work on "Invisible gateway by superscattering effect of metamaterials", was highlighted in Phys.org: "The first observation of the superscattering effect of metamaterials".
June 11, 2021, Our PRL work on "Invisible gateway by superscattering effect of metamaterials", was highlighted by Nature: "Not just sorcery: scientists build an invisible portal".
June 4, 2021, Our paper (together with Prof. Ruixin Wu), "Invisible gateway by superscattering effect of metamaterials",was published on Phys. Rev. Lett. and selected as Editor's suggestion.
May 20, 2021, Our paper (together with Profs. Daining Fang, Mingji Chen, and Yun Lai), "Highly Efficient Gradient Solid Immersion Lens with Large Numerical Aperture for Broadband Achromatic Deep Subwavelength Focusing and Magnified Far field", was accepted for publication on Adv. Opt. Mater.
May 13, 2021, Our paper (together with Prof. Ruixin Wu), "Invisible gateway by superscattering effect of metamaterials", was accepted for publication on Phys. Rev. Lett.
March 23, 2021, Prof. Chen was invited to server as a Topics Board Editor for 'Nanocomposite Materials' in the journal of Nanomaterials.
Feb 26, 2021, Our work has been selected into "Scaling New Heights" (Super-charged technological innovation) by Nature in celebrating the centenary anniversary of Xiamen University.
Feb 22, 2021, Prof. Chen was invited to serve as Specialty Chief Editor for the section of Metamaterials in the journal of Frontiers in Materials.
Jan 20, 2021, Our paper, "Efficient Mode Converter and Orbital-Angular-Momentum Generator via Gradient-Index Metamaterials", was published on Phys. Rev. Applied.
December 21, 2020, Our paper,"Metagrating in ancient Luoyang Bridge", was published on EPL. The ancient Chinese bridge, Luoyang Bridge, has been revealed to obey similar laws to diminish waves like an optical model, metagrating.
August 24, 2020, Our paper (together with Prof. Johannes Courtial), "Transformation cosmology", was published on Physical Review A. In this paper, we propose a way by utilizing transformation optics theory to directly obtain the equivalent isotropic refractive index profiles which are the analogies of some static spaces of general relativity. We find that the analog of de Sitter space is the Poincaré disk, while anti–de Sitter space is equivalent to Maxwell's fish-eye lens. Furthermore, with the isotropic refractivity index profile, we visualize the gravitational lensing effect of black hole from our software Dr TIM.
June 19, 2020, Our paper (together with Assi. Prof. Longfang Ye), "Manipulating Evanescent Waves in a Gradient Waveguide", was published on Phys. Rev. Applied.In this paper, we analyze the manipulation of evanescent waves in a waveguide with gradient-index metamaterials in theory and experiment.
June 8, 2020, Our paper (together with Asso. Prof. Yadong Xu, Prof. Xin Ou), "Photonic hyperinterfaces for light manipulations", was published on Optica.In this paper, we theoretically and experimentally study a new type of photonic interface (namely a hyperinterface) inside an optical metamaterial made of a zigzag alternating multilayer structure [namely structuredmetamaterials (SMMs)] in the deep-subwavelength regime.
May 4, 2020, Our paper (together with Assi. Prof. Lin Xu, Prof. Hui Liu), "Conformal Landscape of a Two-Dimensional Gradient Refractive-Index Profile for Geometrical Optics" , was published on Phys. Rev. Applied .In this paper, we demonstrate that a flat gradient index optical thin-film waveguide is equivalent to a curved homogenous optical thin film waveguide for light rays by utilizing conformal equivalence.Feb 4, 2020, Our paper, "Bioinspired Conformal Transformation Acoustics", was published on Phys Rev Applied. In this paper, we propose "Bioinspired Conformal Transformation Acoustics": a bioinspired semianalytical conformal acoustics that can predict the evolution of acoustic functions strictly. This is inspired by toothed whales, such as dolphins and porpoises, which can manipulate directional beams by simply deforming their foreheads.
Jan 21, 2020, Our paper (together with Prof. Jian-Hua Jiang), "Plasmon-polaritonic quadrupole topological insulators", was published on Phys Rev B (Rapid Communication). In this paper, we propose a lattice of plasmon-polaritonic nanocavities which can realize quadrupole topological insulators by exploiting the geometry-dependent sign reversal of the couplings between the daisylike nanocavities.
Dec 26, 2019, CSC Inovation Project has been approved!
Dec 17-20, 2019, PIERS 2019 was successfully held in Xiamen!
Dec 17, 2019, Fujian EDA center has been approved!
Dec 12, 2019, Our paper, "Caustics from Optical Conformal Mappings", was published on Phys Rev Applied. We propose transformation caustics by applying coordinate transformation to the caustic effect. The limit boundaries of caustics can be used to design devices with asymmetric light propagation or light confinement, thus providing an alternative degree of freedom for metamaterials.
Nov 25, 2019, Our paper, "Photonic zero-energy modes in a metal-based Lieb lattice", was published on New Journal of Physics.
Oct 25, 2019: Our paper, "Light rays and waves on geodesic lenses", was published on Photonics Research.
Sep 24, 2019: Our paper, "Conformal optical devices based on geodesic lenses", was published on Opt. Express. We present a special method for conformal transformation optics based on geodesic lenses with special closed surfaces. The requirement is a continuous refractive index profile of dielectrics, which shows the almost perfect performance of designed devices.
Aug 22, 2019: Our paper (together with Prof. Xiancong Lu), "Effect of truncation on photonic corner states in a Kagome lattice", was published on Opt. Lett . We theoretically present a simple nanophotonics platform, where the photonic corner states can be obtained in high frequencies.
Aug 16, 2019: Our PRL paper on broadband water wave cloak, was published on the cover, selected as Editor's suggestion, and featured in Physics. It was also headlined on Physics World and highlighted on Science News.
Aug 1, 2019: Miss Wen Xiao, Mr. Yuhang Yin, Miss Qilin Duan, Miss Shuwen Xue joined the group. Welcome aboard!
July 9, 2019: Our paper (together with Prof. Zhenyu Wang), "Broadband cloak for water waves", was accepted for publication on Phys. Rev. Lett .
July 2, 2019: Our paper (together with Yadong and Prof. Gao), "Mechanism behind angle-asymmetric diffraction in phase-gradient metasurfaces", was accepted for publication on Phys. Rev. Applied.
May 24, 2019: Our paper (together with Yadong, Prof. Chan and Prof. Cummer), "Reversal of transmission and reflection based on acoustic metagratings with integer parity design", was published online on Nature Communications.
Mar 29, 2019: Our paper (together with Profs Hui Liu and Shining Zhu's group), "Conformal singularities and topological defects from inverse transformation optics", was published on Physical Review Applied. In this article, we proposed the "inverse transformation optics", and found that a conformal singularity of a refractive-index profile, with either zero or infinity resulting from a power mapping w=z^a, is equivalent to a topological defect with positive charge or negative charge. We fabricated a device with such a topological defect with positive charge in experiments and its related light-bending functionality with laser beams.
Jan 18, 2019: Prof. Chen was selected into "the 2018 list of Most Cited Chinese Researchers" by Elsevier.
Jan 10, 2019: Our paper, "Illusion elastics in a fluid background", was published on Physical Review Applied. In this article, by using transformation acoustics based on Fabry-P'{e}rot (FP) resonances, we obtain an illusion such that an arbitrary solid object sounds to be like another solid object in a fluid background.
Dec 4, 2018: Our paper, "Universal multimode waveguide crossing based on transformation optics", collaboration work with Prof. Dingshan Gao from Huazhong University of Science and Technology, was published on Optica. In this article, we demonstrate for the first time a universal multimode waveguide star crossing based on transformation optics, which can handle in principle any number of waveguide modes and any number of crossing channels as well.
Oct 22, 2018: "Imaging along conformal curves" by HY Chen, was published online on Physical Review A. <PDF> Copyright APS
Oct 15, 2018: Our paper (together with Profs Hui Liu and Shining Zhu's group), "Definite photon deflections of topological defects in metasurfaces and symmetry-breaking phase transitions with material loss", was published online on Nature Communications. <PDF> Copyright NPG
Sep 17, 2018: Our PRL work on "Concentrators for Water Waves", was highlighted by Nature: "Water waves grow tall with help from a trick of light".
Sep 7, 2018: Our paper, "Concentrators for Water Waves", collaboration work with Prof. Zhenyu Wang from Zhejiang University, was published on Physical Review Letters, selected as Editors' Suggestion, and Featured in Physics . In this letter, we design and experimentally demonstrate two annular devices for concentrating waves, which employ gradient depth profiles based on Fabry-Pérot resonances. We expect potential applications in coastline ocean engineering.
Sep 1, 2018: Miss Huiyuan Peng, Miss Xiaoting Wu, and Mr. Chuanjie Wu joined the group. Welcome aboard!
June 19, 2018: Prof. Chen was interviewed by ScienceNet (中国科学报-科学网) on transformation optics and related topics.
Feb 15, 2018: Our work on "Perfect Undetectable Acoustic Device from Fabry-Pérot Resonances" was published on Physical Review Applied, where we analytically present a three-dimensional perfect undetectable acoustic device from Fabry-Pérot resonances.
Jan 19, 2018: Prof. Chen was selected into "the 2017 list of Most Cited Chinese Researchers" by Elsevier.
Nov 1, 2017: Prof. Chen was selected into "Min Jiang Scholar Professor".
July 28, 2017: Our PRL work on "Conformal Talbot Effect", was highlighted by PhysOrg.com: "Optical lens can transfer digital information without loss".
July 27, 2017: Miss Sicen Tao joined the group. Welcome aboard!
July 19, 2017: Our paper, "Self-focusing and Talbot effect in conformal transformation optics", collaboration work with Profs. Hui Liu and Shining Zhu from Nanjing University, was published on Physical Review Letters and selected as Editors' Suggestion. In this letter, we realize a device of conformal transformation optics and demonstrate its self-focusing property for geometry optics and Talbot effect for wave optics.
June 1, 2017: Mr Pengfei Zhao and Miss Yali Zeng joined the group. Welcome aboard!
March 1, 2017: Miss Yin Chen and Mr Shan Zhu joined the group. Welcome aboard!
Feb 27, 2017: Prof. Chen was selected into "the 2016 list of Most Cited Chinese Researchers" by Elsevier.
Oct 4, 2016: Our review article, "Planar Gradient Metamaterials", was published online on Nature Review Materials . <PDF> Copyright NPG.
Sep 28, 2016: Miss Mengying Zhou and Mr Yangyang Zhou joined the group. Welcome aboard!
Sep 1, 2016: Huanyang Chen joined Xiamen University and set up a new reasearch group.
Postdoctoral and PhD/MPhi positions are available in this group!