Faculty

Institution

Unit

Venue

Raymond K Kostuk

Professor Emeritus of Optical Sciences

University of Arizona

Affiliations

College of Engineering

Electrical and Computer Engineering

Raymond K Kostuk is currently serving as a College Of Engineering Professor Emeritus of Optical Sciences at University of Arizona.

Honors

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Experiences

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Education

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Raymond K Kostuk

University of Arizona

Professor Emeritus of Optical Sciences

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photonics optical engineering applied physics optoelectronics holographic method materials science optical metrology electrical engineering photovoltaics technology wave optics optical imaging optical properties beam optics thin films biomedical imaging medical imaging optic design guided-wave optic photovoltaic systems optical materials optical communications diffractive optics digital holography optical interconnects microscopy lightwave technology computational imaging filter design space optic optical testing tissue imaging thermal engineering energy conversion precision engineering laser science substrate-mode holograms power electronics biomedical photonics polymer technology advanced imaging optical coherence tomography wave propagation fiber optics noise gratings spectrum-splitting photovoltaic system holographic optical elements spectrum-splitting pv systems energy research visual science cancer imaging numerical simulations advanced display technology free-space optical network in-situ conversion chip-to-chip interconnections effective-medium theory energy collection efficiency holographic optical interconnects bleach constituents optical performance holographic elements ion-exchanged waveguides medical image computing photomedicine gynecologic oncology reproductive medicine quantitative science studies performance characterization iterative decoding distributed computing optical switching energy engineering error correction conical mountings zeroth-order lamellar gratings light science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Status Report on Emerging Photovoltaics. Journal of Photonics for Energy (2023)

Annick AnctilMeghan N. BeattieChristopher CaseAditya ChaudharyBenjamin D. ChryslerMichael G. DebijeStephanie EssigDavid K. FerryVivian E. FerryMarina FreitagIsaac GouldKarin HinzerHarald HoppeOlle InganäsLethy Krishnan JagadammaMin Hun JeeRaymond K. KostukDaniel KirkStephan KubeMinyoung LimJoseph M. LutherLorelle MansfieldMichael D. McGeheeDuong Nguyen MinhPreeti NainMatthew O. ReeseAngèle ReindersIfor D. W. SamuelWilfried van SarkHele SavinIan R. SellersSean E. ShaheenZheng TangFatima ToorVille VähänissiElla WassweilerEmily L. WarrenVincent R. WhitesideHan Young WooGang XiongXitong Zhu

photovoltaicsengineeringphotonics

A Comparison of Spectrum-Splitting Configurations for High-Efficiency Photovoltaic Systems With Perovskite Cells. IEEE Journal of Photovoltaics (2022)

Benjamin D. ChryslerRaymond K. Kostuk

spectrum-splitting configurationsperovskite cellsphotovoltaicselectrical engineeringhigh-efficiency photovoltaic systems

Lateral Spectrum Splitting System With Perovskite Photovoltaic Cells. Journal of Photonics for Energy (2022)

Benjamin D. ChryslerSean E. ShaheenRaymond K. Kostuk

photovoltaicsphotonicsapplied physicsoptoelectronicsperovskite photovoltaic cells

Design of a High-Resolution Holographic Waveguide Eye-Tracking System Operating in Near-Infrared With Conventional Optical Elements. Optics Express (2021)

Jianbo ZhaoBenjamin ChryslerRaymond K. Kostuk

systems engineeringconventional optical elementsophthalmologyeye-tracking systemoptical engineeringwave opticsholographic methodguided-wave opticeye trackingoptic designphotonics

Design of a Waveguide Eye-Tracking System Operating in Near-Infrared With Holographic Optical Elements. Optical Engineering (2021)

Jianbo ZhaoRaymond K. KostukBenjamin Chrysler

systems engineeringwaveguide eye-tracking systemoptical engineeringholographic optical elementseye trackingoptic designphotonics

Holographic Low Concentration Optical System Increasing Light Collection Efficiency of Regular Solar Panels. Journal of Photonics for Energy (2021)

Jianbo ZhaoBenjamin ChryslerRaymond K. Kostuk

photovoltaicsregular solar panelsoptical engineeringholographic methodlight collection efficiencyapplied physicsoptoelectronicsphotonics

Capabilities and Design Parameters for Volume Holographic Optical Elements in Imaging Systems. Imaging and Applied Optics Congress (2020)

Raymond K. Kostuk

design parametersapplied physicsoptical imagingoptical properties

Design Metric for Forming Holographic Lenses at 850Nm With Volume Bragg Grating. Digital Optics for Immersive Displays II (2020)

freeform opticsholographic lensesoptical propertiesoptical materialsholographic methodlightwave technologyvolume bragg gratingoptic designdigital holographydiffractive opticsphotonics

Design of Volume Holographic Lenses for Operation at 850Nm in Augmented Reality Eyewear Applications. (2020)

Jianbo ZhaoJilian NguyenBenjamin D. ChryslerRaymond K. Kostuk

optoelectronicsvolume holographic lensesophthalmologyaugmented reality

High Energy Yield Bifacial Spectrum-Splitting Photovoltaic System. Applied Optics (2020)

Benjamin D. ChryslerRaymond K. Kostuk

materials sciencephotovoltaicsoptical engineeringwave opticsphotovoltaic systemsapplied mathematicsapplied physicsoptoelectronicsphotonics

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Raymond K Kostuk

Professor Emeritus of Optical Sciences

University of Arizona

Affiliations

College of Engineering

Electrical and Computer Engineering

Raymond K Kostuk is currently serving as a College Of Engineering Professor Emeritus of Optical Sciences at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Raymond K Kostuk

University of Arizona

Professor Emeritus of Optical Sciences

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Status Report on Emerging Photovoltaics. Journal of Photonics for Energy (2023)

photovoltaicsengineeringphotonics

A Comparison of Spectrum-Splitting Configurations for High-Efficiency Photovoltaic Systems With Perovskite Cells. IEEE Journal of Photovoltaics (2022)

Benjamin D. ChryslerRaymond K. Kostuk

spectrum-splitting configurationsperovskite cellsphotovoltaicselectrical engineeringhigh-efficiency photovoltaic systems

Lateral Spectrum Splitting System With Perovskite Photovoltaic Cells. Journal of Photonics for Energy (2022)

Benjamin D. ChryslerSean E. ShaheenRaymond K. Kostuk

photovoltaicsphotonicsapplied physicsoptoelectronicsperovskite photovoltaic cells

Design of a High-Resolution Holographic Waveguide Eye-Tracking System Operating in Near-Infrared With Conventional Optical Elements. Optics Express (2021)

Jianbo ZhaoBenjamin ChryslerRaymond K. Kostuk

systems engineeringconventional optical elementsophthalmologyeye-tracking systemoptical engineeringwave opticsholographic methodguided-wave opticeye trackingoptic designphotonics

Design of a Waveguide Eye-Tracking System Operating in Near-Infrared With Holographic Optical Elements. Optical Engineering (2021)

Jianbo ZhaoRaymond K. KostukBenjamin Chrysler

systems engineeringwaveguide eye-tracking systemoptical engineeringholographic optical elementseye trackingoptic designphotonics

Holographic Low Concentration Optical System Increasing Light Collection Efficiency of Regular Solar Panels. Journal of Photonics for Energy (2021)

Jianbo ZhaoBenjamin ChryslerRaymond K. Kostuk

photovoltaicsregular solar panelsoptical engineeringholographic methodlight collection efficiencyapplied physicsoptoelectronicsphotonics

Capabilities and Design Parameters for Volume Holographic Optical Elements in Imaging Systems. Imaging and Applied Optics Congress (2020)

Raymond K. Kostuk

design parametersapplied physicsoptical imagingoptical properties

Design Metric for Forming Holographic Lenses at 850Nm With Volume Bragg Grating. Digital Optics for Immersive Displays II (2020)

freeform opticsholographic lensesoptical propertiesoptical materialsholographic methodlightwave technologyvolume bragg gratingoptic designdigital holographydiffractive opticsphotonics

Design of Volume Holographic Lenses for Operation at 850Nm in Augmented Reality Eyewear Applications. (2020)

Jianbo ZhaoJilian NguyenBenjamin D. ChryslerRaymond K. Kostuk

optoelectronicsvolume holographic lensesophthalmologyaugmented reality

High Energy Yield Bifacial Spectrum-Splitting Photovoltaic System. Applied Optics (2020)

Benjamin D. ChryslerRaymond K. Kostuk

materials sciencephotovoltaicsoptical engineeringwave opticsphotovoltaic systemsapplied mathematicsapplied physicsoptoelectronicsphotonics

1
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5
26
10 / page

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Similar Faculty Members

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near-field optics

digital holography

Kelvin Wagner

Institution

University of Colorado Boulder

photonics

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Juliet Gopinath

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applied physics

Rafael Piestun

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medical imaging

Duncan T. Moore

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design

optical engineering

Hai Xiao

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Dennis Prather

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photonic crystal

waveform synthesis

Lambertus Hesselink

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Olav Solgaard

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applied physics