Faculty

Institution

Unit

Venue

John Bowers

Fred Kavli Distinguished Professor Electrical & Computer Engineering Distinguished Professor Materials

University of California, Santa Barbara

Affiliations

College of Engineering

Electrical and Computer Engineering

Materials

Technology Management (program

John Bowers is currently serving as a College Of Engineering Fred Kavli Distinguished Professor Electrical & Computer Engineering Distinguished Professor Materials at University of California, Santa Barbara.

Honors

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Experiences

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Education

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John Bowers

University of California, Santa Barbara

Fred Kavli Distinguished Professor Electrical & Computer Engineering Distinguished Professor Materials

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mass-Manufacturable Germanium Photodetectors for Beyond-448-Gbps-Class Operation on a Monolithic Silicon Photonics Platform. Research Square (2026)

photonic integrated circuitsphotonic deviceselectrical engineeringphotonicsmass-manufacturable germanium photodetectorssemiconductorsbeyond-448-gbps-class operationintegrated circuitssolid-state electronicsoptoelectronicslightwave technologydevice integrationapplied physicselectronics

60 Tb/S Silicon Photonic Transmission Link Based on Ultrahigh-Coherence Microcomb. Optical Fiber Communication Conference (OFC) 2022 (2025)

Xuguang ZhangZixuan ZhouYijun GuoMinxue ZhuangWarren JinBitao ShenYujun ChenJiahui HuangZihan TaoMing JinRuixuan ChenZhangfeng GeZhou FangNing ZhangYadong LiuPengfei CaiWeiwei HuHaowen ShuDong PanJohn E. BowersXingjun WangLin Chang

photonic integrated circuitslight sciencephotonic devicesphotonicsoptoelectronicslightwave technologyultrahigh-coherence microcombself-injection locked microcomboptical communicationsapplied physicslight source

Allan Deviation Characterization of an Optical-Frequency-Division-Stabilized, Hybrid-Packaged Microcomb. (2025)

electronic packaginglight sciencephotonic devicesphotonicsoptical propertiesoptoelectronicsoptical materialslightwave technologyoptical metrologyapplied physics

An AI-Accelerated Silicon Slow-Light Modulator Chip for 400 Gbps Pam-4 With a Total Data Capacity of 3.2 Tbps. (2025)

photonic integrated circuitscomputer engineeringelectrical engineeringphotonicsintegrated circuitsoptical computinggbps pam-4optoelectronicsmicroelectronicsoptical materialsvlsi circuitlightwave technologytotal data capacityoptical communicationsvlsi technologysystem on chip

Bias Controlled Single and Dual Saturable Absorber Operation in Third-Order Mode-Locked Laser. (2025)

bias controlled singlelaser materialoptical propertiesphotonicslaser sciencelasersoptical materialslightwave technologythird-order mode-locked laser

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

physicsquantum photonic devicein-pocket heteroepitaxy ”photonic integrated circuitslight sciencephotonic devicesphotonicsquantum dotssilicon photonicslasersoptoelectronicslightwave technologydevice integrationquantum photonicsapplied physics

Direct Growth of O-Band Quantum Dot Lasers on Silicon. (2025)

electronic materialsquantum photonic devicelaser materialphotonicsquantum dotsluminescencesolid-state electronicslasersoptoelectronicsdirect growthmaterials scienceapplied physicselectronics

Down-Converted Photon Pairs in a High-Q Silicon Nitride Microresonator. Nature (2025)

physicslight sciencephotonic devicesphotonicsnanophotonicsquantum scienceoptoelectronicsapplied physics

Efficient and Wavelength-Tunable Second-Harmonic Generation Toward the Green Gap. Science Advances (2025)

physicslight sciencephotonicsnanophotonicsnonlinear phenomenagreen gapmetamaterialslightwave technologyapplied physicsnon-linear optics

Exploring 400 Gbps/λ and Beyond With AI-Accelerated Silicon Photonic Slow-Light Technology. Nature Communications (2025)

photonic integrated circuitscomputer engineeringlight scienceelectrical engineeringphotonicsphotonic devicesintegrated circuitsoptoelectronicslightwave technologyoptical communicationsapplied physics

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John Bowers

Fred Kavli Distinguished Professor Electrical & Computer Engineering Distinguished Professor Materials

University of California, Santa Barbara

Affiliations

College of Engineering

Electrical and Computer Engineering

Materials

Technology Management (program

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Bowers

University of California, Santa Barbara

Fred Kavli Distinguished Professor Electrical & Computer Engineering Distinguished Professor Materials

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mass-Manufacturable Germanium Photodetectors for Beyond-448-Gbps-Class Operation on a Monolithic Silicon Photonics Platform. Research Square (2026)

60 Tb/S Silicon Photonic Transmission Link Based on Ultrahigh-Coherence Microcomb. Optical Fiber Communication Conference (OFC) 2022 (2025)

Allan Deviation Characterization of an Optical-Frequency-Division-Stabilized, Hybrid-Packaged Microcomb. (2025)

electronic packaginglight sciencephotonic devicesphotonicsoptical propertiesoptoelectronicsoptical materialslightwave technologyoptical metrologyapplied physics

An AI-Accelerated Silicon Slow-Light Modulator Chip for 400 Gbps Pam-4 With a Total Data Capacity of 3.2 Tbps. (2025)

Bias Controlled Single and Dual Saturable Absorber Operation in Third-Order Mode-Locked Laser. (2025)

bias controlled singlelaser materialoptical propertiesphotonicslaser sciencelasersoptical materialslightwave technologythird-order mode-locked laser

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

Direct Growth of O-Band Quantum Dot Lasers on Silicon. (2025)

electronic materialsquantum photonic devicelaser materialphotonicsquantum dotsluminescencesolid-state electronicslasersoptoelectronicsdirect growthmaterials scienceapplied physicselectronics

Down-Converted Photon Pairs in a High-Q Silicon Nitride Microresonator. Nature (2025)

physicslight sciencephotonic devicesphotonicsnanophotonicsquantum scienceoptoelectronicsapplied physics

Efficient and Wavelength-Tunable Second-Harmonic Generation Toward the Green Gap. Science Advances (2025)

physicslight sciencephotonicsnanophotonicsnonlinear phenomenagreen gapmetamaterialslightwave technologyapplied physicsnon-linear optics

Exploring 400 Gbps/λ and Beyond With AI-Accelerated Silicon Photonic Slow-Light Technology. Nature Communications (2025)

photonic integrated circuitscomputer engineeringlight scienceelectrical engineeringphotonicsphotonic devicesintegrated circuitsoptoelectronicslightwave technologyoptical communicationsapplied physics

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199
10 / page

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