Faculty

Institution

Unit

Venue

David Dickensheets

Professor; Director Montana Nanotechnology Facility MONT

Montana State University

Affiliations

Norm Asbjornson College of Engineering

Electrical & Computer Engineering Department

David Dickensheets is currently serving as an Electrical & Computer Engineering Professor; Director Montana Nanotechnology Facility MONT at Montana State University.

Honors

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Experiences

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Education

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David Dickensheets

Montana State University

Professor; Director Montana Nanotechnology Facility MONT

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photonics optoelectronics applied physics materials science optical engineering microscopy mechanical engineering confocal microscopy biomedical imaging micro-electromechanical systems micro technology optical metrology optical imaging astronomy microfabrication astrobiology beam optics space science raman spectroscopy precision engineering lightwave technology 3d scanning focus control optical coherence tomography micromachines 3d imaging microfluidics microscopy methods lunar science biomedical photonics light microscopy laser science light science micromechanics membrane technology photomedicine cancer imaging advanced manufacturing technologies automatic control computational imaging machine vision tissue imaging brain imaging space missions space robotics astronautics space mission design planetary exploration imaging spectroscopy deformable mirrors dynamic performance membrane mirrors handheld confocal microscope spherical aberration correction deformable membrane mirrors biomedical analysis environmental microbiology acta astronautica molecular diagnostics tribology semiconductor device fabrication biomolecular analysis biomems quantum technologies object manipulation beam transport system arid environments future mars missions antarctic trials in-vivo skin imaging laser beam pointing astrobiological tool putative martian habitats biomolecular markers antarctic materials micro-electro-mechanical membrane mirror biophotonics optical microscopy biological engineering tissue spectroscopy adaptive optics biomedical engineering microfabrication techniques laboratory investigation biological imaging

Notable Scholarly Works

Notable Federal Grants

Collaborators

Demonstration of a Compact Transmissive-Reflective Laser Beam Scanner Enabled by a Wire-Grid Polarizer on Silicon. (2025)

optical propertiesbeam opticsoptical materialsoptical engineeringlaser sciencewire-grid polarizerlaserselectrical engineeringlightwave technologypolarization imagingoptoelectronicsphotonics

Dynamic Focusing Using a Mems Mirror in a Coherent Lidar. Applied Optics (2025)

freeform opticsmems mirrorlasersadaptive opticsoptic designphotonics

Fabrication and Optical Characterization of a Silicon Bilayer Wire-Grid Polarizer at a Wavelength of 1550nm. (2025)

thin filmsmaterials scienceadvanced functional materialsnanophotonicsphotonic devicesoptical propertiesoptical materialsoptical characterizationlightwave technologyplanar waveguide sensorapplied physicsoptoelectronicsphotonics

Demonstration of a Compact Double-Reflection Transmissive Beam Scanner Operating at 1550 Nm Wavelength. Applied Optics (2024)

Jordan L. BakerKenneth A. LangDavid L. DickensheetsWataru Nakagawa

technologyoptical testingbeam opticsoptical engineeringlaser sciencewave opticselectrical engineeringapplied physicsoptoelectronicsphotonics

Dynamic Focus Control in a Coherent Lidar Using a Fast Mems Mirror. (2024)

Andrew D. OliverStevens L. SheaMichael R. RoddewigJoseph A. ShawDavid L. Dickensheets

computational imagingsystems engineeringunmanned aerial vehiclescomputer visionmachine visionautomatic controlaerospace engineeringdynamic focus controlcoherent lidaroptoelectronicsengineeringfast mems mirror

Experimental Characterization of a Commercial Wire Grid Polarizer as a Polarizing Beam Splitter at 1.55 M Wavelength. Optics Continuum (2023)

guided-wave opticlightwave technologyelectrical engineeringpolarization imagingexperimental characterizationpolarizing beam splitterm wavelengthoptoelectronicsphotonics

Polarization-Based, Transmissive-Reflective Beam Scanner Operating Around 1550 Nm Using Off-The-Shelf Components. (2023)

Jordan BakerKenneth LangDavid L. DickensheetsWataru Nakagawa

beam opticsprototype implementationoff-the-shelf componentselectrical engineeringpolarization imagingtransmissive-reflective beam scanneroptoelectronicsphotonics

Sequential Rgb Color Imaging With a Millimeter-Scale Monochrome Camera With a Rolling Shutter. Applied Optics (2023)

Jordan AnspachDavid L. Dickensheets

computational imagingtechnologyrolling shuttermillimeter-scale monochrome cameracolor correctiondigital imagingcomputer visioncolor reproductioncolorizationoptical engineeringsequential rgb colorapplied physicsoptoelectronicsphotonics

Experimental Characterization of a Commercial Wire Grid Polarizer as a Polarizing Beam Splitter at 1.55 µM Wavelength. Optics Continuum (2022)

Kenneth A. LangJordan L. BakerDavid L. DickensheetsWataru Nakagawa

physicsexperimental analysispolarizing beam splitteroptical propertiesbeam opticswave opticsinfrared opticspace opticexperimental characterizationapplied physicsoptoelectronicsphotonics

High Bandwidth Back-Scanning Mirror for Coherent Chirped Pulse Lidar Imaging. (2022)

Andrew D. OliverAdam X. EichhornSamantha J. HampshireDavid L. Dickensheets

3d imagingcomputer visionpulse lidar imagingmedical imagingtime-of-flight imagingaerospace engineeringbiomedical imagingoptical imaging

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David Dickensheets

Professor; Director Montana Nanotechnology Facility MONT

Montana State University

Affiliations

Norm Asbjornson College of Engineering

Electrical & Computer Engineering Department

David Dickensheets is currently serving as an Electrical & Computer Engineering Professor; Director Montana Nanotechnology Facility MONT at Montana State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David Dickensheets

Montana State University

Professor; Director Montana Nanotechnology Facility MONT

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Demonstration of a Compact Transmissive-Reflective Laser Beam Scanner Enabled by a Wire-Grid Polarizer on Silicon. (2025)

optical propertiesbeam opticsoptical materialsoptical engineeringlaser sciencewire-grid polarizerlaserselectrical engineeringlightwave technologypolarization imagingoptoelectronicsphotonics

Dynamic Focusing Using a Mems Mirror in a Coherent Lidar. Applied Optics (2025)

freeform opticsmems mirrorlasersadaptive opticsoptic designphotonics

Fabrication and Optical Characterization of a Silicon Bilayer Wire-Grid Polarizer at a Wavelength of 1550nm. (2025)

Demonstration of a Compact Double-Reflection Transmissive Beam Scanner Operating at 1550 Nm Wavelength. Applied Optics (2024)

Jordan L. BakerKenneth A. LangDavid L. DickensheetsWataru Nakagawa

technologyoptical testingbeam opticsoptical engineeringlaser sciencewave opticselectrical engineeringapplied physicsoptoelectronicsphotonics

Dynamic Focus Control in a Coherent Lidar Using a Fast Mems Mirror. (2024)

Andrew D. OliverStevens L. SheaMichael R. RoddewigJoseph A. ShawDavid L. Dickensheets

Experimental Characterization of a Commercial Wire Grid Polarizer as a Polarizing Beam Splitter at 1.55 M Wavelength. Optics Continuum (2023)

guided-wave opticlightwave technologyelectrical engineeringpolarization imagingexperimental characterizationpolarizing beam splitterm wavelengthoptoelectronicsphotonics

Polarization-Based, Transmissive-Reflective Beam Scanner Operating Around 1550 Nm Using Off-The-Shelf Components. (2023)

Jordan BakerKenneth LangDavid L. DickensheetsWataru Nakagawa

beam opticsprototype implementationoff-the-shelf componentselectrical engineeringpolarization imagingtransmissive-reflective beam scanneroptoelectronicsphotonics

Sequential Rgb Color Imaging With a Millimeter-Scale Monochrome Camera With a Rolling Shutter. Applied Optics (2023)

Jordan AnspachDavid L. Dickensheets

Experimental Characterization of a Commercial Wire Grid Polarizer as a Polarizing Beam Splitter at 1.55 µM Wavelength. Optics Continuum (2022)

Kenneth A. LangJordan L. BakerDavid L. DickensheetsWataru Nakagawa

physicsexperimental analysispolarizing beam splitteroptical propertiesbeam opticswave opticsinfrared opticspace opticexperimental characterizationapplied physicsoptoelectronicsphotonics

High Bandwidth Back-Scanning Mirror for Coherent Chirped Pulse Lidar Imaging. (2022)

Andrew D. OliverAdam X. EichhornSamantha J. HampshireDavid L. Dickensheets

3d imagingcomputer visionpulse lidar imagingmedical imagingtime-of-flight imagingaerospace engineeringbiomedical imagingoptical imaging

1
2
3
4
5
11
10 / page

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Thomas Bifano

Institution

Boston University

deformable mirrors

microfabrication

Juliet Gopinath

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University of Colorado Boulder

photonics

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Tomasz Tkaczyk

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Rice University

radiology

biomedical imaging

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waveform synthesis

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optoelectronics

Andrea Martin Armani

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University of Southern California

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photonics

applied physics

Anna Swan

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electronic material

characterization (materials science)

Victor M. Bright

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applied physics

materials science

Hai Xiao

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instrumentation

photonic sensor