Faculty

Institution

Unit

Venue

Robert Magnusson

University of Texas at Arlington

Affiliations

College of Engineering

Electrical Engineering

Materials Science and Engineering

NoneRobert Magnusson is currently serving as a College Of Engineering faculty at University of Texas At Arlington.

Honors

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Experiences

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Education

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Robert Magnusson

University of Texas at Arlington

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photonics materials science applied physics optoelectronics thin films optical engineering optical metrology wave optics electrical engineering nanotechnology filter design guided-wave optic optical materials optical properties laser science engineering beam optics plasmonics optic design instrumentation spectroscopy infrared optic microwave technology interferometry sensor design sensor technology infrared spectroscopy guided-mode resonance biomedical imaging optical information processing microwave engineering polarization imaging resonance properties lightwave technology optical spectroscopy bioinstrumentation light science optical sensors diffractive optics nanometrology light absorption optical remote sensing semiconductor devices semiconductor device fabrication rayleigh anomaly holographic interferometry zero-contrast gratings leaky-mode resonance photonics biomedical analysis solid-state electronics thermal engineering electronics filtering technique filter (signal processing) semiconductor nanostructures metallic nanomaterials neuropeptides guided-mode resonance filters wideband reflectors dielectric waveguide gratings band flips leaky-mode photonic lattices metallic nanoslit arrays guided-mode resonance biosensors visual science scientific computing cancer imaging molecular diagnostics digital holography wideband resonant reflectors two-dimensional resonant reflectors guided-mode resonance effects electronic materials composite science fibers quantum science

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Image Detection by Metamaterial Lattices in Dark State Guided-Mode Resonance. (2026)

photonicsmetamaterialslight scienceapplied physicsoptical physics

Analytical Modeling of Substrate-Wave Interference in Periodic Antireflection Metasurfaces. Journal of the Optical Society of America B (2025)

wave interferencemetamaterialsoptical materialslight scienceoptical propertieselectromagnetic metamaterialsapplied physics

Dark‐State Guided‐Mode Resonance Sensors: Engineering Miniature Sensing Platforms. Advanced Optical Materials (2025)

photonic devicesphotonicsoptical sensorsoptoelectronicsoptical materialsprecision engineeringapplied physicsphotonic sensors

Direct Writing of Quasi-Sinusoidal and Blazed Surface Relief Optical Transmission Gratings in Bi12Geo20, Er: Linbo3 and Er: Fe: Linbo3 Crystals by Nitrogen Ion Microbeams of 5 Mev and 10.5 Mev Energy. Sensors (2025)

transient gratingphotonicsphotonic crystalslightwave technologyoptoelectronicsoptical materialsoptical propertiesapplied physics

Dynamically Tunable Singular States Through Air-Slit Control in Asymmetric Resonant Metamaterials. Photonics (2025)

photonicsphysicslightwave technologynegative-index metamaterialmetamaterialselectromagnetic metamaterialsdynamic metamaterialsapplied physics

Effect of Topological Inclusions on Properties of Resonant Optical Lattices. (2025)

topological materialsphysicsnature physicoptical materialsoptical propertiesapplied physicsoptical physicscondensed matter physicsmaterials science

Fourier Analysis of the Nonlinearity of Surface-Relief Optical Transmission Gratings of Quasi-Sinusoidal Profile Fabricated in Optical Glasses and Crystals by Carbon, Nitrogen and Oxygen Ion Microbeams. Photonics (2025)

nonlinear phenomenaphotonicsnonlinear sciencediffractive opticsoptical materialsoptical propertiesapplied physics

Imaging of Exposed and Occluded Objects With Dark-State Resonant Photonic Lattices. Optics Letters (2025)

photonicsphotonic crystalsphysicsoptical materialsoptical propertiesoptical physicsbiomedical imaging

Raman Generation With Resonant Periodic Nanopatterns. Optics Express (2025)

photonicsphysicsraman spectroscopynanophotonicselectro-optics device

Resonant Photonic Lattices: Physical Principles and Application in Dark-State Image Sensing. (2025)

photonic devicesphotonicsphotonic crystalsphysicsmetamaterialslight scienceapplied physicsoptical physics

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Robert Magnusson

University of Texas at Arlington

Affiliations

College of Engineering

Electrical Engineering

Materials Science and Engineering

NoneRobert Magnusson is currently serving as a College Of Engineering faculty at University of Texas At Arlington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Robert Magnusson

University of Texas at Arlington

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Image Detection by Metamaterial Lattices in Dark State Guided-Mode Resonance. (2026)

photonicsmetamaterialslight scienceapplied physicsoptical physics

Analytical Modeling of Substrate-Wave Interference in Periodic Antireflection Metasurfaces. Journal of the Optical Society of America B (2025)

wave interferencemetamaterialsoptical materialslight scienceoptical propertieselectromagnetic metamaterialsapplied physics

Dark‐State Guided‐Mode Resonance Sensors: Engineering Miniature Sensing Platforms. Advanced Optical Materials (2025)

photonic devicesphotonicsoptical sensorsoptoelectronicsoptical materialsprecision engineeringapplied physicsphotonic sensors

transient gratingphotonicsphotonic crystalslightwave technologyoptoelectronicsoptical materialsoptical propertiesapplied physics

Dynamically Tunable Singular States Through Air-Slit Control in Asymmetric Resonant Metamaterials. Photonics (2025)

photonicsphysicslightwave technologynegative-index metamaterialmetamaterialselectromagnetic metamaterialsdynamic metamaterialsapplied physics

Effect of Topological Inclusions on Properties of Resonant Optical Lattices. (2025)

topological materialsphysicsnature physicoptical materialsoptical propertiesapplied physicsoptical physicscondensed matter physicsmaterials science

nonlinear phenomenaphotonicsnonlinear sciencediffractive opticsoptical materialsoptical propertiesapplied physics

Imaging of Exposed and Occluded Objects With Dark-State Resonant Photonic Lattices. Optics Letters (2025)

photonicsphotonic crystalsphysicsoptical materialsoptical propertiesoptical physicsbiomedical imaging

Raman Generation With Resonant Periodic Nanopatterns. Optics Express (2025)

photonicsphysicsraman spectroscopynanophotonicselectro-optics device

Resonant Photonic Lattices: Physical Principles and Application in Dark-State Image Sensing. (2025)

photonic devicesphotonicsphotonic crystalsphysicsmetamaterialslight scienceapplied physicsoptical physics

1
2
3
4
5
37
10 / page

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Similar Faculty Members

Dennis Prather

Institution

University of Delaware

photonic crystal

waveform synthesis

Weidong Zhou

Institution

University of Texas at Arlington

materials science

photonics

Victor M. Bright

Institution

University of Colorado Boulder

applied physics

materials science

Juejun Hu

Institution

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materials science

photonics

Olav Solgaard

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photonics

applied physics

Sanjay Krishna

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instrumentation

computational imaging

Sharon M. Weiss

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nanomaterials

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Kathleen A. Richardson

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optical engineering

ceramic

Pai-Yen Chen

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dynamic metamaterials

microwave technology

Yu-hwa Lo

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chemical image

fluorescence