Faculty

Institution

Unit

Venue

Matthew Kupinski

Professor of Optical Sciences Professor

University of Arizona

Affiliations

James C. Wyant College of Optical Sciences

Matthew Kupinski is currently serving as a James C. Wyant College Of Optical Sciences Professor of Optical Sciences Professor at University of Arizona.

Honors

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Experiences

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Education

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Matthew Kupinski

University of Arizona

Professor of Optical Sciences Professor

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medical imaging biomedical imaging radiology applied physics optical engineering photonics computational imaging machine learning health sciences cancer imaging computer vision computed tomography optical metrology nuclear science nuclear physics medicine image analysis optical coherence tomography medical image computing breast imaging optical imaging medical image analysis computer-aided diagnosis state estimation image reconstruction image quality deep learning pattern recognition magnetic resonance imaging advanced imaging signal detection medical technology observer design spectral imaging estimation theory diagnostic imaging image quality assessment maximum-likelihood estimation mrmc method bayesian analysis image segmentation objective assessment computerized detection segmentation algorithms estimation tasks physical medicine engineering optimization statistical methodology optical image recognition optical remote sensing optical information processing mass lesions ideal observer digital mammograms prototype instrument respiratory medicine biomedical analysis nuclear engineering observability feature selection image classification radiation therapy myocardial infarction acute myocardial infarction diagnostic classifiers laguerre-gauss channels gaussian signal channelized-ideal observer detection tasks avian medicine laboratory medicine animal science zoology mammalian biology digital imaging medical ultrasound informatics biomedical computing image processor image science biometrics computer-aided design

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analytical Methods for System Matrix Calculation and Spatial Resolution Evaluation of DC-Spect System. Physics in Medicine and Biology (2025)

systems engineeringelectromagnetic compatibilitycomputational electromagneticsanalytical methodssystem matrix calculationelectrical engineeringpower electronicselectric power systemsspatial resolution evaluationinstrumentationcircuit simulation

Examination of Aperture Layout Designs for an Adaptive‐Stationary Multi‐Pinhole Brain‐Dedicated Spect System. Medical Physics (2025)

neurologyadaptive‐stationary multi‐pinholespect systembrain imagingfunctional imagingneuroscienceneuroradiologyaperture layout designsneuroimaging

Near Real-Time Polarization Rendering. (2025)

computer graphicspolarization imagingreal-time polarizationphysicsgraphicsexpressive renderingcomputational imagingdigital image processinglight sciencevisualizationrealistic rendering

Addition of Detailed Structures to the Xcat Brain Phantom for In-Silico High-Resolution Multi-Modal Imaging System Usage. (2024)

K. S. KalluriP. W. SegarsM. SaranathanS. PellsL. R. FurenlidM. A. KupinskiP. H. KuoS. AbbaszadehM. A. King

neuroimagingxcat brain phantomdetailed structuresbrain imaging

Correction of Multiplexing Artefacts in Multi-Pinhole Spect Through Temporal Shuttering, De-Multiplexing of Projections, and Alternating Reconstruction. Physics in Medicine and Biology (2024)

Sophia PellsNavid ZeraatkarKesava S KalluriStephen C MooreMicaehla MayLars R FurenlidMatthew A KupinskiPhillip H KuoMichael A King

biophysicstemporal shutteringmulti-pinhole spectphysicsneuroimagingapplied physics

Investigation of Quantum Entanglement Information for β⁺γ Coincidences. Bio-Algorithms and Med-Systems (2024)

Gregory R. RomanchekGreyson ShoopMatthew A. KupinskiPhillip H. KuoMichael KingLars R. FurenlidShiva Abbaszadeh

systems biologyquantum entanglementquantum entanglement information

Pet Simulation Study of Quantum Entangled Annihilation Photons for Application in Gamma-Positron Imaging. (2024)

G. ShoopG. RomanchekK. GholamiP. H. KuoM. KupinskiM. A. KingL. R. FurenlidS. Abbaszadeh

pet simulation studyquantum simulationquantum entanglementradiologyoptical propertiesquantum sciencequantum opticsphotonicsradiation oncologypositron emission tomographyquantum information scienceannihilation photonspositron annihilation spectroscopyquantum photonicsquantum mechanicsquantum chemistrycomputational imaginghigh energy physicsgamma-positron imagingapplied physicssynchrotron radiation

Simulation of Spect Imaging for Targeted Alpha-Therapy With Surrogate. (2024)

C. HuangB. W. MillerL. R. FurenlidM. A. Kupinski

radiation oncologyadvanced imagingmedical imagingradiologycancer imagingcomputational imagingnuclear medicinetherapeutic imagingnovel imaging methodsbiomedical imaging

4D (X,Y,Z,E) Event Parameter Estimation in a Hybrid Modular Gamma Camera. (2023)

K. J. DotyM. A. KupinskiM. A. KingP. H. KuoL. R. Furenlid

applied physicsevent parameter estimationmodeling and simulation

Efficient Method for Generating System Response Functions Using Monte Carlo Simulations. (2023)

M. A. KupinskiY. FengM. OttensmeyerH. SabetL. R. Furenlid

systems engineeringefficient methodsurface scienceneurosciencemonte carlo simulationssystem response functions

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Matthew Kupinski

Professor of Optical Sciences Professor

University of Arizona

Affiliations

James C. Wyant College of Optical Sciences

Matthew Kupinski is currently serving as a James C. Wyant College Of Optical Sciences Professor of Optical Sciences Professor 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

Matthew Kupinski

University of Arizona

Professor of Optical Sciences Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analytical Methods for System Matrix Calculation and Spatial Resolution Evaluation of DC-Spect System. Physics in Medicine and Biology (2025)

Examination of Aperture Layout Designs for an Adaptive‐Stationary Multi‐Pinhole Brain‐Dedicated Spect System. Medical Physics (2025)

neurologyadaptive‐stationary multi‐pinholespect systembrain imagingfunctional imagingneuroscienceneuroradiologyaperture layout designsneuroimaging

Near Real-Time Polarization Rendering. (2025)

computer graphicspolarization imagingreal-time polarizationphysicsgraphicsexpressive renderingcomputational imagingdigital image processinglight sciencevisualizationrealistic rendering

Addition of Detailed Structures to the Xcat Brain Phantom for In-Silico High-Resolution Multi-Modal Imaging System Usage. (2024)

K. S. KalluriP. W. SegarsM. SaranathanS. PellsL. R. FurenlidM. A. KupinskiP. H. KuoS. AbbaszadehM. A. King

neuroimagingxcat brain phantomdetailed structuresbrain imaging

Correction of Multiplexing Artefacts in Multi-Pinhole Spect Through Temporal Shuttering, De-Multiplexing of Projections, and Alternating Reconstruction. Physics in Medicine and Biology (2024)

Sophia PellsNavid ZeraatkarKesava S KalluriStephen C MooreMicaehla MayLars R FurenlidMatthew A KupinskiPhillip H KuoMichael A King

biophysicstemporal shutteringmulti-pinhole spectphysicsneuroimagingapplied physics

Investigation of Quantum Entanglement Information for β⁺γ Coincidences. Bio-Algorithms and Med-Systems (2024)

Gregory R. RomanchekGreyson ShoopMatthew A. KupinskiPhillip H. KuoMichael KingLars R. FurenlidShiva Abbaszadeh

systems biologyquantum entanglementquantum entanglement information

Pet Simulation Study of Quantum Entangled Annihilation Photons for Application in Gamma-Positron Imaging. (2024)

G. ShoopG. RomanchekK. GholamiP. H. KuoM. KupinskiM. A. KingL. R. FurenlidS. Abbaszadeh

Simulation of Spect Imaging for Targeted Alpha-Therapy With Surrogate. (2024)

C. HuangB. W. MillerL. R. FurenlidM. A. Kupinski

radiation oncologyadvanced imagingmedical imagingradiologycancer imagingcomputational imagingnuclear medicinetherapeutic imagingnovel imaging methodsbiomedical imaging

4D (X,Y,Z,E) Event Parameter Estimation in a Hybrid Modular Gamma Camera. (2023)

K. J. DotyM. A. KupinskiM. A. KingP. H. KuoL. R. Furenlid

applied physicsevent parameter estimationmodeling and simulation

Efficient Method for Generating System Response Functions Using Monte Carlo Simulations. (2023)

M. A. KupinskiY. FengM. OttensmeyerH. SabetL. R. Furenlid

systems engineeringefficient methodsurface scienceneurosciencemonte carlo simulationssystem response functions

1
2
3
4
5
23
10 / page

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Similar Faculty Members

Khan Iftekharuddin

Institution

Old Dominion University

digital image processing

image processor

Julie Elaine Bauman, MD, MPH

Institution

University of Arizona

medical imaging

novel imaging method

Craig Abbey

Institution

University of California, Santa Barbara

psychology

developmental cognitive neuroscience

Dana Brooks

Institution

Northeastern University

medical imaging

neuroscience

Howard Gifford

Institution

University of Houston

radiology

spect reconstruction

Harrison H Barrett

Institution

University of Arizona

radiation oncology

medical imaging

Kamran Avanaki

Institution

University of Illinois Chicago

photomedicine

medical imaging

Jinyi Qi

Institution

University of California, Davis

radiology

biomedical imaging

Xiaochuan Pan

Institution

University of Chicago

medical imaging

image reconstruction

Chin-Tu Chen

Institution

University of Chicago

radiology

probes development