Faculty

Institution

Unit

Venue

Jeff Squier

Professor

Colorado School of Mines

Affiliations

Physics

Jeff Squier is currently serving as a Physics Professor at Colorado School of Mines.

Honors

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Experiences

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Education

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Jeff Squier

Colorado School of Mines

Professor

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applied physics photonics materials science optoelectronics laser science microscopy optical metrology biomedical imaging biophysics optical engineering wave optics laser processing technology electrical engineering optical imaging microfluidics spectroscopy beam optics nanotechnology optical properties medical imaging optical communications biomedical photonics microscopy methods femtosecond pulses optic design optical amplifier optical trapping multiphoton microscopy optical spectroscopy interferometry accelerator technology chirped-pulse amplification optical information processing light microscopy ultrashort pulses electronic materials computational imaging solid-state electronics mechanical science computed tomography 3d imaging thermal engineering lightwave technology membrane science biomedical optics cryogenics laser ablation optical testing advanced imaging advanced laser processing spectral interferometry regenerative pulse shaping dispersion compensation femtosecond laser ablation additive manufacturing condensed matter laser-induced breakdown instrument science thin film processing micromachines colloidal systems quantum technologies ultrafast x-ray diffraction vanadium dioxide solid-state lasers frequency-resolved optical gating ultrafast optics femtosecond laser micromachining anodic bonding pulse amplification vibrational spectroscopy quantum science material research manufacturing technology combustion science electronics multiphoton process biomedical engineering biological imaging precision engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Enhanced-Resolution Monitoring of Laser Powder Bed Fusion Melt Track Formation With Single-Element-Detection Spatial Frequency Modulation Imaging. Frontiers in Optics + Laser Science 2022 (FIO, LS) (2024)

Scott A. HunterDaniel E. ScarbroughSeth CottrellJeff Squier

materials sciencelaser powderreal-time monitoringlaser processing technologyfusionlaser sciencelasersnumerical simulationsenhanced-resolution monitoringfusion engineeringfusion scienceprecision engineering

Holographic Illumination for Fast Wide-Field Third-Harmonic Generation Imaging. (2024)

Olivier BernardVasiliki StergiopoulouSatoshi HasegawaYoshio HayasakiJeff SquierMartin VetterliYves Bellouard

illumination modelingoptical propertiesholographic illumination

Phase Retrieval From Integrated Intensity of Auto-Convolution. Signal Processing (2024)

Dan RosenDaniel ScarbroughJeff SquierMichael B. Wakin

statistical signal processingintegrated intensitydigital signal processingsignal processingphase retrievalcomputer science

Photon Counting for Enhanced Resolution Spatial Frequency Modulation Imaging. Optics Letters (2024)

Daniel ScarbroughRandy BartelsJeff Squier

applied physicsoptical metrologyoptical imagingphotonics

Ratiometric Spatial Frequency Modulation Imaging for Monitoring Temperature in Laser Powder Bed Fusion. (2024)

Scott A. HunterAdriana Eres-CastellanosJonah Klemm-TooleAmy ClarkeDaniel E. AdamsRandy A. BartelsJeff Squier

materials sciencemechanical engineeringlaser scienceapplied physicsoptical metrology3d printingmechanical scienceprecision engineering

Single Shot Spatial Frequency Modulation for Imaging. (2024)

Seth CottrellDaniel ScarbroughJohn CzerskiDan AdamsJeff SquierRandy Bartels

computational imagingdigital image processing

Spatial Frequency Modulated Imaging With a Single Femtosecond Pulse. (2024)

Olivier BernardSeth CottrellRandy BartelsYves BellouardJeff Squier

biophysicsdigital imagingspatial frequencysingle femtosecond pulsesignal processing

Spatial Frequency Modulation Imaging for In-Line Monitoring of Laser Fabrication Processes. Frontiers in Optics + Laser Science 2022 (FIO, LS) (2024)

Daniel ScarbroughScott HunterSeth CottrellJeff Squier

laser sciencespatial frequency modulationlaserslaser fabrication processesin-line monitoring

Spatial Frequency Modulation Imaging for Laser Processing Applications. Additive Manufacturing Letters (2024)

Seth CottrellScott HunterAdriana Eres-CastellanosDaniel AdamsAmy ClarkeJonah Klemm-TooleJeff Squier

digital signal processingapplied physicsspatial frequency modulationlaser processing applications

Wide-Field Third-Harmonic Imaging of Femtosecond Laser-Induced In-Volume Modifications. (2024)

Chrysoula StathakiOlivier BernardVasiliki StergiopoulouMatthieu SimeoniMartin VetterliJeff A. SquierYves Bellouard

biophysicslaser sciencemedical imagingbiomedical imagingwide-field third-harmonic imaging

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Jeff Squier

Professor

Colorado School of Mines

Affiliations

Physics

Jeff Squier is currently serving as a Physics Professor at Colorado School of Mines.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jeff Squier

Colorado School of Mines

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Scott A. HunterDaniel E. ScarbroughSeth CottrellJeff Squier

Holographic Illumination for Fast Wide-Field Third-Harmonic Generation Imaging. (2024)

Olivier BernardVasiliki StergiopoulouSatoshi HasegawaYoshio HayasakiJeff SquierMartin VetterliYves Bellouard

illumination modelingoptical propertiesholographic illumination

Phase Retrieval From Integrated Intensity of Auto-Convolution. Signal Processing (2024)

Dan RosenDaniel ScarbroughJeff SquierMichael B. Wakin

statistical signal processingintegrated intensitydigital signal processingsignal processingphase retrievalcomputer science

Photon Counting for Enhanced Resolution Spatial Frequency Modulation Imaging. Optics Letters (2024)

Daniel ScarbroughRandy BartelsJeff Squier

applied physicsoptical metrologyoptical imagingphotonics

Ratiometric Spatial Frequency Modulation Imaging for Monitoring Temperature in Laser Powder Bed Fusion. (2024)

Scott A. HunterAdriana Eres-CastellanosJonah Klemm-TooleAmy ClarkeDaniel E. AdamsRandy A. BartelsJeff Squier

materials sciencemechanical engineeringlaser scienceapplied physicsoptical metrology3d printingmechanical scienceprecision engineering

Single Shot Spatial Frequency Modulation for Imaging. (2024)

Seth CottrellDaniel ScarbroughJohn CzerskiDan AdamsJeff SquierRandy Bartels

computational imagingdigital image processing

Spatial Frequency Modulated Imaging With a Single Femtosecond Pulse. (2024)

Olivier BernardSeth CottrellRandy BartelsYves BellouardJeff Squier

biophysicsdigital imagingspatial frequencysingle femtosecond pulsesignal processing

Spatial Frequency Modulation Imaging for In-Line Monitoring of Laser Fabrication Processes. Frontiers in Optics + Laser Science 2022 (FIO, LS) (2024)

Daniel ScarbroughScott HunterSeth CottrellJeff Squier

laser sciencespatial frequency modulationlaserslaser fabrication processesin-line monitoring

Spatial Frequency Modulation Imaging for Laser Processing Applications. Additive Manufacturing Letters (2024)

Seth CottrellScott HunterAdriana Eres-CastellanosDaniel AdamsAmy ClarkeJonah Klemm-TooleJeff Squier

digital signal processingapplied physicsspatial frequency modulationlaser processing applications

Wide-Field Third-Harmonic Imaging of Femtosecond Laser-Induced In-Volume Modifications. (2024)

Chrysoula StathakiOlivier BernardVasiliki StergiopoulouMatthieu SimeoniMartin VetterliJeff A. SquierYves Bellouard

biophysicslaser sciencemedical imagingbiomedical imagingwide-field third-harmonic imaging

1
2
3
4
5
30
10 / page

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Marcos Dantus

Institution

Michigan State University

theoretical chemistry

quantum chemistry

Michael Downer

Institution

University of Texas at Austin

laser-plasma interaction

plasma photonics

Martin C. Richardson

Institution

University of Central Florida

laser-plasma interaction

laboratory investigation

Juliet Gopinath

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femtosecond lasers

fiber optic

Anna Swan

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Boston University

electronic material

characterization (materials science)

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lightwave technology

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Kimani C. Toussaint

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George Barbastathis

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photonics

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Robert A. Norwood

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polymer optical interconnects

optical properties