Faculty

Institution

Unit

Venue

Kent D Choquette

Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Electrical and Computer Engineering

Electrical & Computer Engineering

Kent D Choquette is currently serving as an Electrical And Computer Engineering Professor at Uiuc.

Honors

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Experiences

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Education

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Kent D Choquette

UIUC

Professor

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photonics optoelectronics lightwave technology lasers applied physics photonic devices laser science optical materials photonic crystals optical properties laser material semiconductors electronics photonic integrated circuits solid-state electronics electrical engineering nanophotonics light science physics electronic materials electro-optics device guided-wave optic materials science luminescence quantum photonics cavity qed optical communications compound semiconductors semiconductor device fabrication beam optics vlsi technology device integration vcsel arrays electronic packaging molecular beam epitaxy optical transmission system semiconductor technology vertical-cavity surface-emitting lasers precision engineering laser processing technology advanced packaging (semiconductors) microwave technology optical switching selective oxidation plasma etching advanced laser processing oxidation resistance vertical-cavity lasers vertical-cavity surface plasma chemistry laser-assisted deposition optical metrology vertical-cavity surface-emitting laser wave optics optical pumping ion implantation coherent process gallium oxide particle beam solid-state lighting modulation bandwidth plasma processing semiconductor nanostructures index confinement composite-resonator vertical-cavity laser oxide apertures nonlinear phenomena laser diodes current apertures resonance tuning hybrid ion interface science atomic spectroscopy composite-resonator vertical-cavity lasers material research polarization characteristics microcavity lasers programmable photonics microelectronics microelectronics reliability

Notable Scholarly Works

Notable Federal Grants

Collaborators

Enhanced Supermode Stability in Weakly Anti-Guided Dual-Cavity Photonic Crystal Vcsel Arrays. IEEE photonics journal (2025)

Dan W. PflugChloe ArmstrongErin RafteryNusrat JahanWilliam NorthLuke GrahamJim TatumKent D. Choquette

microwave photonicsnanophotonicsphotonic devicesenhanced supermode stabilitylightwave technologyquantum photonicsphotonic crystalsapplied physicsoptoelectronicsphotonics

Photopumped Buried Dielectric Photonic-Crystal Surface-Emitting Lasers. IEEE photonics journal (2025)

E. M. RafteryD. LeeB. J. ThompsonK. ChowW. K. NorthM. L. LeeK. D. Choquette

photonic deviceslaser materialsolid-state electronicslaserslightwave technologyphotonic crystalsapplied physicsoptoelectronicsluminescencephotonics

Buried Dielectric Pcsels. (2024)

E.M. RafteryY. WangK. ChowW.K. NorthM.L. LeeK.D. Choquette

advanced packaging (semiconductors)electromagnetic fieldsengineeringelectrical insulationadvanced dielectricburied dielectric pcselselectronic packagingelectromagnetic compatibilitytime-dependent dielectric breakdowninstrumentation

Coherence Effects in Pulsed Photonic Crystal Vcsel Arrays. (2024)

Luke A. GrahamJim TatumJim GuenterPritha KhuranaFreddie CastilloNusrat JahanKent Choquette

physicshexagonal ringnanophotonicselectro-optics devicephotonic devicesoptical materialslaserssynchrotron radiationlightwave technologycoherence effectsphotonic crystalsapplied physicscoherent supermode emissionlight sciencephotonics

Investigating Supermodes in Coupled Dual-Element Photonic Crystal Vcsel Arrays: A Comparative Analysis Under Strong and Weak Anti-Guiding Conditions. (2024)

William NorthNusrat JahanDan PflugArjun KhuranaJim TatumLuke GrahamStephen E. RalphKent D. Choquette

physicsweak anti-guiding conditionsnanophotonicsphotonic devicesoptical propertiesoptical materialscomparative analysiscavity qedlasersguided-wave opticlightwave technologyquantum photonicsphotonic crystalsapplied physicsmode evolutionphotonics

Analysis and Characterization of Photon-Photon Resonance in Coupled Dual-Element Photonic Crystal Vertical Cavity Surface Emitting Laser Arrays. Journal of Lightwave Technology (2023)

William NorthNusrat JahanPawel StrzebonskiArjun KhuranaStephen E. RalphKent D. Choquette

physicsphoton-photon resonance frequencynanophotonicsphotonic devicesphoton-photon resonancephotonic resonancecavity qedlasersguided-wave opticlightwave technologyquantum photonicsphotonic crystalsapplied physicsoptoelectronicslight sciencephotonics

Fourier Beam Analysis of Photonic Crystal Coupled Triangular Vcsel Array. (2023)

Nusrat JahanWilliam NorthNisha KolagotlaKent D. Choquette

physicsfourier transformnanophotonicstriangular vcsel arrayphotonic devicesoptical propertiesbeam opticsfourier beam analysisguided-wave opticlightwave technologyphotonic crystalsapplied physicslight sciencephotonics

Optical Resonance Conditions of Coupled Cavity Vcsels. (2023)

Arjun KhuranaJoshua J. WongVarghese A. ThomasJim A. TatumLuke A. GrahamJames GuenterKent D. ChoquetteStephen E. Ralph

microwave photonicsnanophotonicselectro-optics deviceoptical propertiesoptical materialsresonance conditionscavity qedlasersoptical resonance conditionslightwave technologyvcsel arraysapplied physicsphotonics

Supermode Analysis and Characterization of Triangular Vertical Cavity Surface Emitting Laser Diode Arrays. IEEE photonics journal (2023)

Nusrat JahanKent D. Choquette

physicssupermode analysisphotonic devicessingle vcseloptical propertiesinjection currentslasersguided-wave opticlightwave technologyphotonic crystalsapplied physicsoptoelectronicslight sciencephotonics

Supermode Evolution in Dual Element Coupled Vcsel Arrays. (2023)

William NorthKent D. Choquette

physicscoherent operationnanophotonicsbeam opticssupermode evolutionaccelerator technologysynchrotron radiationparticle beamlightwave technologyapplied physicsrelative amplitudesphotonics

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Kent D Choquette

Professor

UIUC

Affiliations

The Grainger College of Engineering

Department of Electrical and Computer Engineering

Electrical & Computer Engineering

Kent D Choquette is currently serving as an Electrical And Computer Engineering Professor at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kent D Choquette

UIUC

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Enhanced Supermode Stability in Weakly Anti-Guided Dual-Cavity Photonic Crystal Vcsel Arrays. IEEE photonics journal (2025)

Dan W. PflugChloe ArmstrongErin RafteryNusrat JahanWilliam NorthLuke GrahamJim TatumKent D. Choquette

microwave photonicsnanophotonicsphotonic devicesenhanced supermode stabilitylightwave technologyquantum photonicsphotonic crystalsapplied physicsoptoelectronicsphotonics

Photopumped Buried Dielectric Photonic-Crystal Surface-Emitting Lasers. IEEE photonics journal (2025)

E. M. RafteryD. LeeB. J. ThompsonK. ChowW. K. NorthM. L. LeeK. D. Choquette

photonic deviceslaser materialsolid-state electronicslaserslightwave technologyphotonic crystalsapplied physicsoptoelectronicsluminescencephotonics

Buried Dielectric Pcsels. (2024)

E.M. RafteryY. WangK. ChowW.K. NorthM.L. LeeK.D. Choquette

Coherence Effects in Pulsed Photonic Crystal Vcsel Arrays. (2024)

Luke A. GrahamJim TatumJim GuenterPritha KhuranaFreddie CastilloNusrat JahanKent Choquette

Investigating Supermodes in Coupled Dual-Element Photonic Crystal Vcsel Arrays: A Comparative Analysis Under Strong and Weak Anti-Guiding Conditions. (2024)

William NorthNusrat JahanDan PflugArjun KhuranaJim TatumLuke GrahamStephen E. RalphKent D. Choquette

Analysis and Characterization of Photon-Photon Resonance in Coupled Dual-Element Photonic Crystal Vertical Cavity Surface Emitting Laser Arrays. Journal of Lightwave Technology (2023)

William NorthNusrat JahanPawel StrzebonskiArjun KhuranaStephen E. RalphKent D. Choquette

Fourier Beam Analysis of Photonic Crystal Coupled Triangular Vcsel Array. (2023)

Nusrat JahanWilliam NorthNisha KolagotlaKent D. Choquette

Optical Resonance Conditions of Coupled Cavity Vcsels. (2023)

Arjun KhuranaJoshua J. WongVarghese A. ThomasJim A. TatumLuke A. GrahamJames GuenterKent D. ChoquetteStephen E. Ralph

Supermode Analysis and Characterization of Triangular Vertical Cavity Surface Emitting Laser Diode Arrays. IEEE photonics journal (2023)

Nusrat JahanKent D. Choquette

Supermode Evolution in Dual Element Coupled Vcsel Arrays. (2023)

William NorthKent D. Choquette

physicscoherent operationnanophotonicsbeam opticssupermode evolutionaccelerator technologysynchrotron radiationparticle beamlightwave technologyapplied physicsrelative amplitudesphotonics

1
2
3
4
5
59
10 / page