Faculty

Institution

Unit

Venue

Jia-Ming Liu

Professor

University of California, Los Angeles

Affiliations

Samueli School of Engineering

Electrical and Computer Engineering

Jia-ming Liu is currently serving as an Electrical And Computer Engineering Professor at University of California, Los Angeles.

Honors

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Experiences

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Education

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Jia-Ming Liu

University of California, Los Angeles

Professor

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applied physics optoelectronics photonics laser science materials science optical engineering electrical engineering semiconductor lasers physics optical communications nanotechnology light science plasmonics graphene solid-state electronics electronics nanophotonics electronic materials chaos theory optical metrology condensed matter physics nanomaterials lightwave technology wave optics condensed matter quantum technologies terahertz photonics semiconductor nanostructures beam optics advanced materials nonlinear science terahertz science infrared optic microwave technology synchronization protocol fiber lasers optical wireless communication semiconductor laser optical injection composite science material research nonlinear phenomena advanced functional materials advanced manufacturing technologies power electronics phonons carbon-based materials nonlinear wave propagation frequency control semiconductor technology chaotic optical communications reduced sensitivity bidirectional optoelectronic coupling all-optical photonic integration period-one dynamics material chemistry nanoparticle research cryogenics plasma instabilities high-dimensional chaos radio over fiber upconversion luminescence optical remote sensing surface nanoengineering perturbation methods charge carrier transport novel interface chemical actuator nonequilibrium electron femtosecond laser interaction lattice temperatures metallic tungsten nonlinear laser dynamics chaotic radar period-one oscillation photonic microwave transmission optical computing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Absorbance Enhancement of a Multilayer Mode-Guiding Ge Infrared Photodetector Structure With a Subwavelength Surface Grating. (2024)

Ching-Yu HsuZingway PeiJia-Ming Liu

infrared opticphotodetector structuresubwavelength surface gratingmultilayer mode-guiding geinfrared sensorsoptical propertiesabsorbance enhancement

Accurate Measurement of Wavelength-Dependent Beam Parameters of a Supercontinuum Laser Source Focused by a Lensed Fiber Probe. Advanced Photonics Congress (2024)

Kuan-Yuan ChangJun-Cheng HsuJia-Ming Liu

laser sciencesupercontinuum laser sourcewavelength-dependent beam parametersphotonicsapplied physicslasersaccurate measurementlensed fiber probe

Effects of Positive and Negative Group Velocity Dispersion on the Generation of a Noise-Like Pulse and Its Effectiveness for Supercontinuum Generation. (2024)

Kuan-Yuan ChangJia-Ming Liu

noise-like pulsesupercontinuum generationelectrical engineering

High-Efficiency Broadband Infrared Thin-Film Germanium Photodetector Enhanced by a Resonant Cavity and a Nano-Slit Metasurface. IEEE Access (2024)

Ching-Yu HsuZingway PeiJia-Ming Liu

thin-film germanium photodetectorhigh-efficiency broadbandnano-slit metasurfacethin filmsinfrared opticresonant cavityelectrical engineering

Microscopic Transmittance Spectroscopy Using a Supercontinuum Laser Source. AIP Advances (2024)

Kuan-Yuan ChangWen-Tsan ChangJia-Ming Liu

materials sciencelaser scienceoptoelectronicsmicroscopysupercontinuum laser sourceapplied physicsmicroscopic transmittance spectroscopy

Noise-Like Pulse Generation by Amplified Well-Defined Pulse in an Optical Fiber With Negative Group Velocity Dispersion. Laser Physics Letters (2024)

Kuan-Yuan ChangJia-Ming Liu

laser processing technologylaser scienceoptical fibernoise-like pulse generationoptoelectronicsamplified well-defined pulsephotonicsapplied physics

Optimizing Optical Pulse Breakup for Efficient Supercontinuum Generation in an All-Fiber System. Optics Continuum (2024)

Kuan-Yuan ChangChen-Jia GongJia-Ming Liu

all-fiber systemmaterials sciencemechanical engineeringphotonicsapplied physicsoptical pulse breakup

Unified Stokes–Mueller Polarimetry for Multi-Photon Processes at Varying Wavelengths. Optics Letters (2024)

Jinxian WuXiang MaJiaming LiuChunquan LaiYanqiu Li

unified stokes-mueller polarimetryoptoelectronicswave opticsphotonicsapplied physicsmulti-photon processesoptical metrology

Generation of Supercontinuum Covering 520 Nm to 2. 25 μ M by Noise-Like Laser Pulses in an Integrated All-Fiber System. Optics Communications (2023)

Kuan-Yuan ChangGuan-Yan ChenHsin-Chieh YuJia-Ming Liu

ultrafast laser spectroscopycondensed matter physicsapplied physicsnoise-like laser pulsespassive energy dissipationsurface scienceoptical properties

Germanium Infrared Photodetector Structure With Ge/Sio2 Grating and Distributed Bragg Reflector for Wide-Angle and High Response. Optical and Quantum Electronics (2023)

Ching-Yu HsuZingway PeiJia-Ming Liu

materials sciencephotodetector structureelectronicsinfrared sensorsoptoelectronicsbragg reflectorhigh responsephotonicsapplied physicsoptical materialsoptical engineeringinfrared opticoptical properties

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Jia-Ming Liu

Professor

University of California, Los Angeles

Affiliations

Samueli School of Engineering

Electrical and Computer Engineering

Jia-ming Liu is currently serving as an Electrical And Computer Engineering Professor at University of California, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jia-Ming Liu

University of California, Los Angeles

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Absorbance Enhancement of a Multilayer Mode-Guiding Ge Infrared Photodetector Structure With a Subwavelength Surface Grating. (2024)

Ching-Yu HsuZingway PeiJia-Ming Liu

infrared opticphotodetector structuresubwavelength surface gratingmultilayer mode-guiding geinfrared sensorsoptical propertiesabsorbance enhancement

Accurate Measurement of Wavelength-Dependent Beam Parameters of a Supercontinuum Laser Source Focused by a Lensed Fiber Probe. Advanced Photonics Congress (2024)

Kuan-Yuan ChangJun-Cheng HsuJia-Ming Liu

laser sciencesupercontinuum laser sourcewavelength-dependent beam parametersphotonicsapplied physicslasersaccurate measurementlensed fiber probe

Effects of Positive and Negative Group Velocity Dispersion on the Generation of a Noise-Like Pulse and Its Effectiveness for Supercontinuum Generation. (2024)

Kuan-Yuan ChangJia-Ming Liu

noise-like pulsesupercontinuum generationelectrical engineering

High-Efficiency Broadband Infrared Thin-Film Germanium Photodetector Enhanced by a Resonant Cavity and a Nano-Slit Metasurface. IEEE Access (2024)

Ching-Yu HsuZingway PeiJia-Ming Liu

thin-film germanium photodetectorhigh-efficiency broadbandnano-slit metasurfacethin filmsinfrared opticresonant cavityelectrical engineering

Microscopic Transmittance Spectroscopy Using a Supercontinuum Laser Source. AIP Advances (2024)

Kuan-Yuan ChangWen-Tsan ChangJia-Ming Liu

materials sciencelaser scienceoptoelectronicsmicroscopysupercontinuum laser sourceapplied physicsmicroscopic transmittance spectroscopy

Noise-Like Pulse Generation by Amplified Well-Defined Pulse in an Optical Fiber With Negative Group Velocity Dispersion. Laser Physics Letters (2024)

Kuan-Yuan ChangJia-Ming Liu

laser processing technologylaser scienceoptical fibernoise-like pulse generationoptoelectronicsamplified well-defined pulsephotonicsapplied physics

Optimizing Optical Pulse Breakup for Efficient Supercontinuum Generation in an All-Fiber System. Optics Continuum (2024)

Kuan-Yuan ChangChen-Jia GongJia-Ming Liu

all-fiber systemmaterials sciencemechanical engineeringphotonicsapplied physicsoptical pulse breakup

Unified Stokes–Mueller Polarimetry for Multi-Photon Processes at Varying Wavelengths. Optics Letters (2024)

Jinxian WuXiang MaJiaming LiuChunquan LaiYanqiu Li

unified stokes-mueller polarimetryoptoelectronicswave opticsphotonicsapplied physicsmulti-photon processesoptical metrology

Generation of Supercontinuum Covering 520 Nm to 2. 25 μ M by Noise-Like Laser Pulses in an Integrated All-Fiber System. Optics Communications (2023)

Kuan-Yuan ChangGuan-Yan ChenHsin-Chieh YuJia-Ming Liu

ultrafast laser spectroscopycondensed matter physicsapplied physicsnoise-like laser pulsespassive energy dissipationsurface scienceoptical properties

Germanium Infrared Photodetector Structure With Ge/Sio2 Grating and Distributed Bragg Reflector for Wide-Angle and High Response. Optical and Quantum Electronics (2023)

Ching-Yu HsuZingway PeiJia-Ming Liu

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Chee Wei Wong

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photonics

applied physics

Mario Dagenais

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optical computing

photonics

Thomas E. Murphy

Institution

University of Maryland, College Park

optoelectronics

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Michelle Lynn Povinelli

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nanophotonic structures

Elsa Garmire

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semiconductor photonic devices

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