Faculty

Institution

Unit

Venue

Rafael Piestun

Professor

University of Colorado Boulder

Affiliations

College of Engineering & Applied Science

Biomedical Engineering

Electrical, Computer & Energy Engineering

Physics

Rafael Piestun is currently serving as a Biomedical Engineering Professor at University of Colorado Boulder.

Honors

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Experiences

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Education

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Rafael Piestun

University of Colorado Boulder

Professor

You can click a keyword to filter the displayed items

photonics applied physics optical engineering microscopy materials science biomedical imaging optical imaging biological imaging optical metrology 3d imaging biophysics optoelectronics computational imaging wave optics nanotechnology laser science biomedical photonics medical imaging biomedical engineering holographic method fluorescence laser processing technology beam optics super-resolution imaging molecular imaging 3d computer vision optic design light science multimode fiber single molecules microscopy methods point spread functions fibers wave propagation wave scattering biomedical optics wave-front shaping complex media lightwave technology advanced imaging single molecule biophysics single-molecule detection novel imaging methods guided-wave optic digital imaging turbid media gastrointestinal endoscopy biomolecular structure biomedical analysis tissue imaging object tracking 3d vision optical communications diffraction limit total external reflection complex medium single-molecule imaging digestive endoscopy fiber science optical spectroscopy positioning systems diffractive optics genetic algorithm optimization lateral localization wavefront shaping propagation-invariant wave fields finite energy three-dimensional localization unconventional light distributions structural molecular biology protein science material chemistry material research biomedical informatics thermal engineering nonlinear phenomena

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Enhanced Resolution and Sectioning Capability via Point Spread Function Estimation and Boosted Speckle Illumination. (2026)

biomedical imaginggraphicsimage formationdigital imagingcomputer graphicscomputational imagingimage enhancementenhanced resolutionsuper-resolution imagingdigital image processingradiologyimage analysismachine visionspeckle illuminationcomputer vision

Fuorescence Lifetime Micro-Endoscopy (Flimme) via Single Multimode Fiber: A High-Resolution Tool for Identifying Head and Neck Cancer Margins. (2026)

fluorescence spectroscopybiomedical photonicsbiophotonicsbiomedical analysisphotomedicinemedical optical imagingbiomedical imagingbiomedical engineeringcancer detectionoptical imagingradiation oncologymolecular imagingbiomedical opticsfluorescenceneck cancer marginscancer imagingoncologic imagingsingle multimode fiberfuorescence lifetime micro-endoscopy

Super-Sectioning, Super-Resolution Two-Photon Speckle Illumination Microscopy. (2026)

lightwave technologyoptical imagingmicroscopylight sciencebiomedical imaginglight microscopybiological imagingcomputational imagingbiophotonicssuper-resolution imagingmedical optical imaging

Dynamic 3D Diffractive Optics. (2025)

light sciencephotonicsoptical propertieswave opticsoptical materialsapplied physicsdiffractive opticsphysicsdynamic 3d

Enhanced 3D Resolution via Boosted Speckle Illumination and Point Spread Function Estimation. (2025)

biomedical imagingcomputer graphicscomputational imaging3d reconstructiondigital image processingboosted speckle illuminationimage analysis3d imagingcomputer vision

High-Contrast Multiphoton Speckle Patterns Enhance Optical Sectioning and Super-Resolution. (2025)

optical imagingbiomedical imaginglight sciencecomputational imagingbiological imagingbiophotonicssuper-resolution imagingmultiphoton processoptical sectioning

High Resolution Fluorescence Lifetime Imaging Micro-Endoscopy (Flimme) Using a Single Multimode Fiber. arXiv (Cornell University) (2025)

biophysicsoptical imagingbiomedical imagingfluorescence spectroscopysingle multimode fibermolecular imagingbiomedical opticsfluorescencebiological imagingfibersbiomedical photonicsbiomedical engineeringnovel imaging methodsbiophotonicsbiomedical analysismedical optical imagingphotomedicine

Random Speckle Patterns With Azimuthal Propagation Order. (2025)

optical image recognitionlight sciencebiomedical imagingimage formationpattern formationwave opticsrandom speckle patternsbiological imagingcomputational imagingdigital image processing

Structured Randomness: Rotating Speckles Through Propagation. (2025)

medical optical imagingbiomedical imagingapplied mathematicsmedical image computingimage formationcomputer graphicscomputational imagingdigital image processingmachine visionimage analysisstructured randomnesscomputer vision

Ultra-Thin In-Vivo Endo-Microscopy Based on Multimode Fibers. (2025)

biophysicsconfocal microscopymicroscopybiomedical imagingmultimode fibersmultimaterial fiberbiomedical opticsbiological imagingfibersbiomedical photonicsbiophotonicsmedical optical imaging

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Rafael Piestun

Professor

University of Colorado Boulder

Affiliations

College of Engineering & Applied Science

Biomedical Engineering

Electrical, Computer & Energy Engineering

Physics

Rafael Piestun is currently serving as a Biomedical Engineering Professor at University of Colorado Boulder.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Rafael Piestun

University of Colorado Boulder

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Enhanced Resolution and Sectioning Capability via Point Spread Function Estimation and Boosted Speckle Illumination. (2026)

Fuorescence Lifetime Micro-Endoscopy (Flimme) via Single Multimode Fiber: A High-Resolution Tool for Identifying Head and Neck Cancer Margins. (2026)

Super-Sectioning, Super-Resolution Two-Photon Speckle Illumination Microscopy. (2026)

lightwave technologyoptical imagingmicroscopylight sciencebiomedical imaginglight microscopybiological imagingcomputational imagingbiophotonicssuper-resolution imagingmedical optical imaging

Dynamic 3D Diffractive Optics. (2025)

light sciencephotonicsoptical propertieswave opticsoptical materialsapplied physicsdiffractive opticsphysicsdynamic 3d

Enhanced 3D Resolution via Boosted Speckle Illumination and Point Spread Function Estimation. (2025)

biomedical imagingcomputer graphicscomputational imaging3d reconstructiondigital image processingboosted speckle illuminationimage analysis3d imagingcomputer vision

High-Contrast Multiphoton Speckle Patterns Enhance Optical Sectioning and Super-Resolution. (2025)

optical imagingbiomedical imaginglight sciencecomputational imagingbiological imagingbiophotonicssuper-resolution imagingmultiphoton processoptical sectioning

High Resolution Fluorescence Lifetime Imaging Micro-Endoscopy (Flimme) Using a Single Multimode Fiber. arXiv (Cornell University) (2025)

Random Speckle Patterns With Azimuthal Propagation Order. (2025)

optical image recognitionlight sciencebiomedical imagingimage formationpattern formationwave opticsrandom speckle patternsbiological imagingcomputational imagingdigital image processing

Structured Randomness: Rotating Speckles Through Propagation. (2025)

Ultra-Thin In-Vivo Endo-Microscopy Based on Multimode Fibers. (2025)

biophysicsconfocal microscopymicroscopybiomedical imagingmultimode fibersmultimaterial fiberbiomedical opticsbiological imagingfibersbiomedical photonicsbiophotonicsmedical optical imaging

1
2
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4
5
26
10 / page

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