Faculty

Institution

Unit

Venue

Jonathan Klamkin

Professor

University of California, Santa Barbara

Affiliations

College of Engineering

Electrical and Computer Engineering

Jonathan Klamkin is currently serving as a College Of Engineering Professor at University of California, Santa Barbara.

Honors

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Experiences

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Education

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Jonathan Klamkin

University of California, Santa Barbara

Professor

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photonics optoelectronics electrical engineering applied physics materials science laser science semiconductors optical engineering electronics engineering microelectronics solid-state electronics lightwave technology semiconductor devices photonic devices microwave technology electronic materials photonic integrated circuits microwave photonics semiconductor technology beam optics semiconductor nanostructures light science epitaxial growth semiconductor device fabrication beamforming optical wireless communication nanotechnology guided-wave optic optical communications electro-optics device silicon photonics photovoltaics selective area heteroepitaxy digital signal processing wave optics radio frequency quantum photonics material research power electronics microwave engineering wireless communications laser processing technology compound semiconductors signal processing additive manufacturing vlsi technology intermittently connected device printed electronics indium phosphide photonic crystal growth quantum technologies material properties time delay systems aluminum gallium nitride sensor arrays binary signals uni-traveling-carrier photodiodes microelectronics reliability optical transmission system ring theory wave propagation coherent receivers soa gate array coherent receiver tunable mmi coupler optical phase demodulation photonic links beam splitter deep neural networks integrated photonics fibers computer-aided design advanced manufacturing technologies integrated microwave photonics analog coherent detection

Notable Scholarly Works

Notable Federal Grants

Collaborators

Greater Than 100Mw Coupled Power From O-Band Quantum Dot Laser to Silicon Nitride Waveguides Through Micro-Transfer Print Integration. (2026)

photonic devicescoupled powerphotonicslightwave technologylasersoptoelectronicsoptical materialsmicro-transfer print integrationelectrical engineeringplanar waveguide sensorsilicon nitride waveguidesquantum dotsapplied physics

Arbitrary Sub-Thz Pulse Shaping via a Laser-Array-Driven Inp-On-Sapphire Switch. IEEE Journal of Microwaves (2025)

photonicsoptical switchinglasersoptoelectronicsterahertz photonicslaser sciencelaser-array-driven inp-on-sapphire switchelectronicsapplied physics

Broadband Low‐Loss Unidirectional Reflection on‐Chip With Asymmetric Dielectric Metasurface. Laser & Photonics Review (2025)

Heijun JeongZeki HayranYuan LiuYahui XiaoHwaseob LeeZi WangJonathan KlamkinFrancesco MonticoneTingyi Gu

photonicshigh conversion efficiencynegative-index metamateriallightwave technologynanophotonicspolarization manipulationmetamaterialsoptical materialslight scienceoptical propertieselectromagnetic metamaterialsdynamic metamaterialsapplied physicsasymmetric dielectric metasurfaceguided-wave optic

Corrections to “Quantum Dot Dbr Lasers Monolithically Integrated on Silicon Photonics by In-Pocket Heteroepitaxy”. Journal of Lightwave Technology (2025)

photonic devicesphotonicsin-pocket heteroepitaxy ”physicslightwave technologysilicon photonicsphotonic integrated circuitslasersoptoelectronicsdevice integrationlight sciencequantum dotsapplied physicsquantum photonicsquantum photonic device

Etched Facet Quantum Dot Lasers With U-Turn and Turning Mirror Integration for Silicon Photonics. (2025)

photonic devicesphotonicslightwave technologynanophotonicssilicon photonicslasersoptoelectronicsquantum deviceslight scienceturning mirror integrationquantum dotsapplied physicsquantum photonicsquantum photonic device

Heterogeneous Integration of Compound Semiconductors on Silicon by Direct Heteroepitaxy (Conference Presentation). (2025)

quantum heterostructuressolid-state electronicselectronicssemiconductor nanostructuressemiconductor technologyelectronic materialselectrical engineeringsilicon on insulatorcompound semiconductorssemiconductor materialsconference presentationsemiconductorsapplied physicsheterogeneous integrationmaterials sciencesemiconductor device fabrication

Heterogeneous Integration of Ingaas Pin and Apd Photodetectors for High-Speed Interconnects. (2025)

photonicssolid-state electronicselectronicsapd photodetectorslightwave technologyphotonic integrated circuitsoptoelectronicsdevice integrationcompound semiconductorselectrical engineeringingaas pinintegrated circuitssemiconductorsapplied physicsheterogeneous integration

High-Resolution Arrayed Waveguide Grating-Assisted Passive Optical Phased Array for 2D Beam Steering. Optics Express (2025)

Yuan LiuChongxin ZhangDaniel DeSantisDiya HuThomas MeissnerJelena NotarosJonathan Klamkin

high resolutiongrating-assisted passive opticalbeam steering

Micro-Transfer Printed 58 Gbps Indium Phosphide Modulators Integrated With Low-Loss Silicon Nitride. (2025)

solid-state electronicselectronicschip-scale packagephotonic integrated circuitsadvanced packaging (semiconductors)optoelectronicsdevice integrationsilicon on insulatorelectrical engineeringintegrated circuitselectronic packagingsemiconductorsapplied physicsmicroelectronicslow-loss silicon nitride

Passive Awg-Assisted Optical Phased Array for High-Resolution 2D Beam Scanning. (2025)

optical testingphotonicsoptical spectrometerantennasmicrowave technologybeam opticslightwave technologyoptical materialselectrical engineeringoptic designlight scienceoptical propertiesoptical engineeringapplied physicsinstrumentationpassive awg-assisted optical

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Jonathan Klamkin

Professor

University of California, Santa Barbara

Affiliations

College of Engineering

Electrical and Computer Engineering

Jonathan Klamkin is currently serving as a College Of Engineering Professor at University of California, Santa Barbara.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jonathan Klamkin

University of California, Santa Barbara

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Greater Than 100Mw Coupled Power From O-Band Quantum Dot Laser to Silicon Nitride Waveguides Through Micro-Transfer Print Integration. (2026)

Arbitrary Sub-Thz Pulse Shaping via a Laser-Array-Driven Inp-On-Sapphire Switch. IEEE Journal of Microwaves (2025)

photonicsoptical switchinglasersoptoelectronicsterahertz photonicslaser sciencelaser-array-driven inp-on-sapphire switchelectronicsapplied physics

Broadband Low‐Loss Unidirectional Reflection on‐Chip With Asymmetric Dielectric Metasurface. Laser & Photonics Review (2025)

Heijun JeongZeki HayranYuan LiuYahui XiaoHwaseob LeeZi WangJonathan KlamkinFrancesco MonticoneTingyi Gu

Corrections to “Quantum Dot Dbr Lasers Monolithically Integrated on Silicon Photonics by In-Pocket Heteroepitaxy”. Journal of Lightwave Technology (2025)

Etched Facet Quantum Dot Lasers With U-Turn and Turning Mirror Integration for Silicon Photonics. (2025)

Heterogeneous Integration of Compound Semiconductors on Silicon by Direct Heteroepitaxy (Conference Presentation). (2025)

Heterogeneous Integration of Ingaas Pin and Apd Photodetectors for High-Speed Interconnects. (2025)

High-Resolution Arrayed Waveguide Grating-Assisted Passive Optical Phased Array for 2D Beam Steering. Optics Express (2025)

Yuan LiuChongxin ZhangDaniel DeSantisDiya HuThomas MeissnerJelena NotarosJonathan Klamkin

high resolutiongrating-assisted passive opticalbeam steering

Micro-Transfer Printed 58 Gbps Indium Phosphide Modulators Integrated With Low-Loss Silicon Nitride. (2025)

Passive Awg-Assisted Optical Phased Array for High-Resolution 2D Beam Scanning. (2025)

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optical logic gate

photonic integrated circuit

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Institution

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Jamie Phillips

Institution

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infrared sensor

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electrical engineering

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