Faculty

Institution

Unit

Venue

Lars Furenlid

Professor

University of Arizona

Lars Furenlid is currently serving as a Professor at University of Arizona.

Honors

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Experiences

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Education

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Lars Furenlid

University of Arizona

Professor

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medical imaging biomedical imaging applied physics instrumentation materials science neuroscience nuclear physics neuroimaging nuclear science radiation oncology nuclear medicine optical engineering cancer imaging optoelectronics brain imaging computational imaging spectral imaging inorganic chemistry spectroscopy radiation detection biological imaging coordination chemistry computed tomography accelerator technology transition metal chemistry nuclear engineering imaging spectroscopy advanced imaging preliminary investigation mammalian biology animal science material chemistry medicinal research radiation biology parameter identification medical physics respiratory medicine neuroradiology instrument science tissue imaging medical technology optical imaging reperfusion injury colorectal cancer exafs studies maximum-likelihood estimation temporal shuttering gamma-ray detectors physical medicine plant science ct scan oncologic imaging image reconstruction accelerator physics therapeutic imaging cytokines 3d imaging angular sampling adaptive spect myocardial infarction digital imaging breast oncology high resolution scintillators cancer detection benchmark studies 3d pose estimation rat hearts x-ray absorption spectroscopy ml estimation prototype instrument scintillation cameras small-animal imaging system multidrug resistance monolithic scintillation crystals quasi-vertex views biophysics advanced instrumentation molecular imaging translational molecular imaging gamma-ray imaging radiology x-ray fluorescence

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)

spatial resolution evaluationpower electronicscircuit simulationinstrumentationelectromagnetic compatibilitysystems engineeringanalytical methodssystem matrix calculationcomputational electromagneticselectric power systemselectrical engineering

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

neurologyneuroradiologyneuroimagingadaptive‐stationary multi‐pinholeneuroscienceaperture layout designsspect systemfunctional imagingbrain imaging

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 phantombrain imagingdetailed structures

Analytical Calculation of the System Matrix for a DC-Spect System With Square-Hole Collimators. (2024)

Y. FengM. KupinskiM. OttensmeyerX. ZhangW. WorstellL. FurenlidH. Sabet

analytical calculationdc-spect systemsystem matrixsquare-hole collimators

Characterization, Bioactivity, and Biodistribution of 35 Kda Hyaluronan Fragment. Life (2024)

Munkh-Amgalan GantumurXiaoxiao JiaJessica H. HuiChristy BarberLi WanLars R. FurenlidDiego R. MartinMizhou HuiZhonglin Liu

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

physicsmulti-pinhole spectbiophysicsneuroimagingapplied physicstemporal shuttering

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 entanglement informationquantum entanglement

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

photonicsgamma-positron imagingapplied physicsquantum photonicsoptical propertiesannihilation photonspositron emission tomographysynchrotron radiationquantum opticspositron annihilation spectroscopypet simulation studyquantum chemistryhigh energy physicsquantum entanglementquantum mechanicsquantum sciencecomputational imagingquantum simulationradiation oncologyradiologyquantum information science

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

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

computational imagingcancer imagingadvanced imagingradiation oncologybiomedical imagingmedical imagingnovel imaging methodsradiologytherapeutic imagingnuclear medicine

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

modeling and simulationevent parameter estimationapplied physics

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Lars Furenlid

Professor

University of Arizona

Lars Furenlid is currently serving as a 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

Lars Furenlid

University of Arizona

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)

neurologyneuroradiologyneuroimagingadaptive‐stationary multi‐pinholeneuroscienceaperture layout designsspect systemfunctional imagingbrain imaging

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 phantombrain imagingdetailed structures

Analytical Calculation of the System Matrix for a DC-Spect System With Square-Hole Collimators. (2024)

Y. FengM. KupinskiM. OttensmeyerX. ZhangW. WorstellL. FurenlidH. Sabet

analytical calculationdc-spect systemsystem matrixsquare-hole collimators

Characterization, Bioactivity, and Biodistribution of 35 Kda Hyaluronan Fragment. Life (2024)

Munkh-Amgalan GantumurXiaoxiao JiaJessica H. HuiChristy BarberLi WanLars R. FurenlidDiego R. MartinMizhou HuiZhonglin Liu

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

physicsmulti-pinhole spectbiophysicsneuroimagingapplied physicstemporal shuttering

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 entanglement informationquantum entanglement

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

computational imagingcancer imagingadvanced imagingradiation oncologybiomedical imagingmedical imagingnovel imaging methodsradiologytherapeutic imagingnuclear medicine

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

modeling and simulationevent parameter estimationapplied physics

1
2
3
4
5
26
10 / page

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Similar Faculty Members

Chin-Tu Chen

Institution

University of Chicago

radiology

probes development

Todd E. Peterson

Institution

Vanderbilt University

medical imaging

novel imaging method

Matthew Kupinski

Institution

University of Arizona

medical imaging

image processor

Wei Zhao

Institution

Stony Brook University

radiology

ct scan

Cristian Tudorel Badea

Institution

Duke University

radiology

biomedical imaging

Youngho Seo

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University of California, Berkeley

medical imaging

radiology

Julie Elaine Bauman, MD, MPH

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medical imaging

novel imaging method

Jinyi Qi

Institution

University of California, Davis

radiology

biomedical imaging

Abhinav Jha

Institution

Washington University in St. Louis

radiation oncology

medical imaging

Xiaochuan Pan

Institution

University of Chicago

medical imaging

image reconstruction