Faculty

Institution

Unit

Venue

Wei-Ting Chen

Harvard University

Affiliations

Harvard John A. Paulson School of Engineering and Applied Sciences

Applied Physics

NoneWei-ting Chen is currently serving as a Applied Physics faculty at Harvard University.

Honors

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Experiences

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Education

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Wei-Ting Chen

Harvard University

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materials science photonics applied physics nanotechnology optoelectronics plasmonics nanophotonics nanomaterials optical engineering laser science nanometrology visible wavelengths physics polarization imaging optical imaging mechanical engineering nanoengineering metamaterials electronic materials nanoparticle research material chemistry nanobiotechnology beam optics wave optics advanced materials electronics metallic nanomaterials photoluminescence optic design laser processing technology optical metrology dispersion dispersion-engineered metasurfaces phase turbulence vertical split-ring resonator metals science advance lightwave technology additive manufacturing dispersion science computational imaging imaging spectroscopy surface nanoengineering functional nanomaterials nanostructure synthesis metal processing plasmonic materials electronic imaging flat optics polarization-insensitive metalenses optical magnetic response information storage matrix fourier optics achromatic metalens luminescence scientific computing light science advanced manufacturing technologies nonferrous metal interface science surface nanotechnology holographic method metal nanoparticles layered materials nanolithography method phosphorescence ion emission organic electronics nanosensors diffractive optics diffraction-limited focusing subwavelength resolution imaging broadband achromatic metalens gradient meta-surfaces polarization-controlled dual images high-efficiency broadband meta-hologram

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Second Optical Metasurface Revolution: Moving From Science to Technology. Nature Reviews Electrical Engineering (2025)

Mark L. BrongersmaRagip A. PalaHatice AltugFederico CapassoWei Ting ChenArka MajumdarHarry A. Atwater

computational imagingdynamic metamaterialsdiffractive opticsophthalmologyquantum metamaterialsoptical propertiesoptical materialselectromagnetic metamaterialsmetamaterialselectrical engineeringlightwave technologyoptoelectronicslight scienceengineeringphotonics

Broadband, High-Efficiency Metasurfaces Using Dispersion-Engineered Nanostructures. (2024)

Wei Ting ChenJoon-Suh ParkJustin MarchioniSophia MillayKerolos M. A. YousefFederico Capasso

materials scienceoptical propertieshigh-efficiency metasurfaceselectromagnetic metamaterialsdispersion-engineered nanostructuresmetamaterialsnanotechnology

Flat Optics: Feature Issue Introduction. Optics Express (2024)

Paulo DaineseWei Ting ChenJonathan FanYu-Jung LuFederico Capasso

optical propertiesoptical engineeringoptical information processingoptic designfeature issue introductionflat optics

Dispersion-Engineered Metasurfaces Reaching Broadband 90% Relative Diffraction Efficiency. Nature Communications (2023)

Wei Ting ChenJoon-Suh ParkJustin MarchioniSophia MillayKerolos M. A. YousefFederico Capasso

materials sciencecommunicationdispersion sciencedispersion-engineered metasurfacesoptoelectronicsdispersion

Remediation of Diesel-Oil Contaminated Soils Using an Innovative Nanobubble and Electrolyzed Catalytic System. Journal of cleaner production (2023)

Wei-Ting ChenJustin Chun-Te LinShih-Hsiung ChenFrancis VerpoortKun-Liang HongRao Y. SurampalliChih-Ming Kao

environmental engineeringsoil contaminationcleaner productionenvironmental technologyenvironmental remediation

Adjoint-Optimized Metasurfaces for Compact Mode-Division Multiplexing. ACS Photonics (2022)

Jaewon OhKangmei LiJun YangWei Ting ChenMing-Jun LiPaulo DaineseFederico Capasso

materials sciencecompact mode-division multiplexingadjoint-optimized metasurfacesphotonics

Electric-Field-Resolved Near-Infrared Microscopy. Optica (2022)

Mikhail MamaikinYik-Long LiEnrico RidenteWei Ting ChenJoon-Suh ParkAlexander Y. ZhuFederico CapassoMatthew WeidmanMartin SchultzeFerenc KrauszNicholas Karpowicz

electric-field-resolved near-infrared microscopyoptical engineeringspectroscopymicroscopyelectrical engineeringoptoelectronicsphotonics

Author Correction: Slow Light Nanocoatings for Ultrashort Pulse Compression. Nature Communications (2021)

M. OssianderY.-W. HuangW. T. ChenZ. WangX. YinY. A. IbrahimM. SchultzeF. Capasso

materials scienceslow light nanocoatingsultrashort pulse compressionnanomaterialsnanotechnologyoptoelectronicsauthor correctionphotonics

Coherent Raman Scattering Imaging With a Near-Infrared Achromatic Metalens. APL Photonics (2021)

Peng LinWei Ting ChenKerolos M. A. YousefJustin MarchioniAlexander ZhuFederico CapassoJi-Xin Cheng

materials sciencespectroscopyraman spectroscopyphotonics

Meta-Optics Achieves Rgb-Achromatic Focusing for Virtual Reality. Science Advances (2021)

Zhaoyi LiPeng LinYao-Wei HuangJoon-Suh ParkWei Ting ChenZhujun ShiCheng-Wei QiuJi-Xin ChengFederico Capasso

materials sciencergb-achromatic focusingvirtual realityscience advancephotonics

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Wei-Ting Chen

Harvard University

Affiliations

Harvard John A. Paulson School of Engineering and Applied Sciences

Applied Physics

NoneWei-ting Chen is currently serving as a Applied Physics faculty at Harvard University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Wei-Ting Chen

Harvard University

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Second Optical Metasurface Revolution: Moving From Science to Technology. Nature Reviews Electrical Engineering (2025)

Mark L. BrongersmaRagip A. PalaHatice AltugFederico CapassoWei Ting ChenArka MajumdarHarry A. Atwater

Broadband, High-Efficiency Metasurfaces Using Dispersion-Engineered Nanostructures. (2024)

Wei Ting ChenJoon-Suh ParkJustin MarchioniSophia MillayKerolos M. A. YousefFederico Capasso

materials scienceoptical propertieshigh-efficiency metasurfaceselectromagnetic metamaterialsdispersion-engineered nanostructuresmetamaterialsnanotechnology

Flat Optics: Feature Issue Introduction. Optics Express (2024)

Paulo DaineseWei Ting ChenJonathan FanYu-Jung LuFederico Capasso

optical propertiesoptical engineeringoptical information processingoptic designfeature issue introductionflat optics

Dispersion-Engineered Metasurfaces Reaching Broadband 90% Relative Diffraction Efficiency. Nature Communications (2023)

Wei Ting ChenJoon-Suh ParkJustin MarchioniSophia MillayKerolos M. A. YousefFederico Capasso

materials sciencecommunicationdispersion sciencedispersion-engineered metasurfacesoptoelectronicsdispersion

Remediation of Diesel-Oil Contaminated Soils Using an Innovative Nanobubble and Electrolyzed Catalytic System. Journal of cleaner production (2023)

Wei-Ting ChenJustin Chun-Te LinShih-Hsiung ChenFrancis VerpoortKun-Liang HongRao Y. SurampalliChih-Ming Kao

environmental engineeringsoil contaminationcleaner productionenvironmental technologyenvironmental remediation

Adjoint-Optimized Metasurfaces for Compact Mode-Division Multiplexing. ACS Photonics (2022)

Jaewon OhKangmei LiJun YangWei Ting ChenMing-Jun LiPaulo DaineseFederico Capasso

materials sciencecompact mode-division multiplexingadjoint-optimized metasurfacesphotonics

Electric-Field-Resolved Near-Infrared Microscopy. Optica (2022)

Mikhail MamaikinYik-Long LiEnrico RidenteWei Ting ChenJoon-Suh ParkAlexander Y. ZhuFederico CapassoMatthew WeidmanMartin SchultzeFerenc KrauszNicholas Karpowicz

electric-field-resolved near-infrared microscopyoptical engineeringspectroscopymicroscopyelectrical engineeringoptoelectronicsphotonics

Author Correction: Slow Light Nanocoatings for Ultrashort Pulse Compression. Nature Communications (2021)

M. OssianderY.-W. HuangW. T. ChenZ. WangX. YinY. A. IbrahimM. SchultzeF. Capasso

materials scienceslow light nanocoatingsultrashort pulse compressionnanomaterialsnanotechnologyoptoelectronicsauthor correctionphotonics

Coherent Raman Scattering Imaging With a Near-Infrared Achromatic Metalens. APL Photonics (2021)

Peng LinWei Ting ChenKerolos M. A. YousefJustin MarchioniAlexander ZhuFederico CapassoJi-Xin Cheng

materials sciencespectroscopyraman spectroscopyphotonics

Meta-Optics Achieves Rgb-Achromatic Focusing for Virtual Reality. Science Advances (2021)

Zhaoyi LiPeng LinYao-Wei HuangJoon-Suh ParkWei Ting ChenZhujun ShiCheng-Wei QiuJi-Xin ChengFederico Capasso

materials sciencergb-achromatic focusingvirtual realityscience advancephotonics

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5
14
10 / page

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