Faculty

Institution

Unit

Venue

Thomas E. Murphy

Professor

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Electrical and Computer Engineering

Thomas E. Murphy is currently serving as an A. James Clark School Of Engineering Professor at University of Maryland, College Park.

Honors

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Experiences

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Education

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Thomas E. Murphy

University of Maryland, College Park

Professor

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applied physics materials science optoelectronics photonics electrical engineering nanotechnology graphene electronic materials optical engineering terahertz photonics plasmonics nanomaterials physics condensed matter physics microwave technology nanophotonics wave optics terahertz science optical properties electronics chaos theory beam optics semiconductor nanostructures black phosphorus lightwave technology material chemistry solid-state electronics optical metrology semiconductor technology thermal engineering guided-wave optic electro-optics device millimeter wave technology two-photon absorption material research light science surface nanotechnology optic design nanometrology nanoparticle research oscillation theory clock recovery carrier dynamics condensed matter microwave photonics network theory metallic nanomaterials wave propagation fiber optics semiconductor device fabrication optical filtering cluster synchronization experimental observation group synchrony luminescence advanced functional materials nanobiotechnology diffractive optics sensor technology infrared optic filter design fiber-optic communications experimental observations chaotic optoelectronic oscillators mach-zehnder structures porous silicon silicon photodiode chaotic oscillators nanoporous silicon graphene disks radio-over-fiber link science advance applied microbiology atomic spectroscopy green nanotechnology optical information processing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comparative Analysis of Electro-Optic Properties in Monocrystalline and Polycrystalline Aln. Optical Materials Express (2026)

optical propertiesoptical materialsmaterials scienceelectro-optics devicematerial research

Automated Bell Inequality Violation Searches for Estimating Entanglement Quality in Fiber. APL Quantum (2025)

applied mathematicsquantum entanglementquantum information sciencequantum error correctionquantum sciencequantum mechanics

3D Self-Aligning, Polarization-Independent Fiber-To-Chip Couplers. Optical Fiber Communication Conference (OFC) 2022 (2024)

Ramesh KudalippalliyalilTrisha ChakrabortyThomas E. MurphyKaren E. Grutter

engineeringpolarization-independent fiber-to-chip couplersintermittently connected deviceoptoelectronicselectrical engineering

Doubly Resonant Metal-Free Electro-Optic Microwave Receiver in Aluminum Nitride. Optica (2024)

Steven T. LipkowitzWarren P. BerkKaren E. GrutterThomas E. Murphy

microwave technologyaluminum nitrideoptoelectronicsaluminium nitrideelectrical engineering

Low-Loss 3D Fiber-To-Chip Couplers for Polymer Waveguides. (2024)

Trisha ChakrabortyRamesh KudalippalliyalilThomas E. MurphyKaren E. Grutter

polymer waveguidesfiber-to-chip couplers

Si_T_V_Wvl_All.Csv. Figshare (2024)

Trisha ChakrabortyOscar Jimenez GordilloMichael BarrowAlan KramerMichal LipsonThomas MurphyKaren Grutter

Su-8_T_V_Wvl_All.Csv. Figshare (2024)

Trisha ChakrabortyOscar Jimenez GordilloMichael BarrowAlan KramerMichal LipsonThomas MurphyKaren Grutter

Terahertz Antenna Impedance Matched to a Graphene Photodetector. ACS Applied Electronic Materials (2024)

François JointKunyi ZhangJayaprakash PoojaliDaniel LewisMichael PedowitzBrendan JordanGyan PrakashAshraf AliKevin DanielsRachael L. Myers-WardThomas E. MurphyHoward D. Drew

semiconductor technologyterahertz antenna impedancegraphenemicroelectronicsantennasoptoelectronicsmaterials scienceapplied physicselectronic materialsterahertz scienceelectronicsgraphene photodetectorelectrical engineeringterahertz photonics

Theory of Four Wave Mixing-Based Parametric Amplification of Spin-Orbit Modes. Optics Express (2024)

Henry F. ElderSai Kanth DachaThomas E. MurphyPhillip Sprangle

beam opticsphotonicswave opticsapplied physicsspin-orbit modesoptical engineering

Thermo-Optic Characterization of Su-8 at Cryogenic Temperature. Optical Materials Express (2024)

Trisha ChakrabortyOscar A. Jimenez GordilloMichael BarrowAlan R. KramerMichal LipsonThomas E. MurphyKaren E. Grutter

thermo-optic characterizationcryogenic temperatureoptical materials

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Thomas E. Murphy

Professor

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Electrical and Computer Engineering

Thomas E. Murphy is currently serving as an A. James Clark School Of Engineering Professor at University of Maryland, College Park.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thomas E. Murphy

University of Maryland, College Park

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comparative Analysis of Electro-Optic Properties in Monocrystalline and Polycrystalline Aln. Optical Materials Express (2026)

optical propertiesoptical materialsmaterials scienceelectro-optics devicematerial research

Automated Bell Inequality Violation Searches for Estimating Entanglement Quality in Fiber. APL Quantum (2025)

applied mathematicsquantum entanglementquantum information sciencequantum error correctionquantum sciencequantum mechanics

3D Self-Aligning, Polarization-Independent Fiber-To-Chip Couplers. Optical Fiber Communication Conference (OFC) 2022 (2024)

Ramesh KudalippalliyalilTrisha ChakrabortyThomas E. MurphyKaren E. Grutter

engineeringpolarization-independent fiber-to-chip couplersintermittently connected deviceoptoelectronicselectrical engineering

Doubly Resonant Metal-Free Electro-Optic Microwave Receiver in Aluminum Nitride. Optica (2024)

Steven T. LipkowitzWarren P. BerkKaren E. GrutterThomas E. Murphy

microwave technologyaluminum nitrideoptoelectronicsaluminium nitrideelectrical engineering

Low-Loss 3D Fiber-To-Chip Couplers for Polymer Waveguides. (2024)

Trisha ChakrabortyRamesh KudalippalliyalilThomas E. MurphyKaren E. Grutter

polymer waveguidesfiber-to-chip couplers

Si_T_V_Wvl_All.Csv. Figshare (2024)

Trisha ChakrabortyOscar Jimenez GordilloMichael BarrowAlan KramerMichal LipsonThomas MurphyKaren Grutter

Su-8_T_V_Wvl_All.Csv. Figshare (2024)

Trisha ChakrabortyOscar Jimenez GordilloMichael BarrowAlan KramerMichal LipsonThomas MurphyKaren Grutter

Terahertz Antenna Impedance Matched to a Graphene Photodetector. ACS Applied Electronic Materials (2024)

François JointKunyi ZhangJayaprakash PoojaliDaniel LewisMichael PedowitzBrendan JordanGyan PrakashAshraf AliKevin DanielsRachael L. Myers-WardThomas E. MurphyHoward D. Drew

Theory of Four Wave Mixing-Based Parametric Amplification of Spin-Orbit Modes. Optics Express (2024)

Henry F. ElderSai Kanth DachaThomas E. MurphyPhillip Sprangle

beam opticsphotonicswave opticsapplied physicsspin-orbit modesoptical engineering

Thermo-Optic Characterization of Su-8 at Cryogenic Temperature. Optical Materials Express (2024)

Trisha ChakrabortyOscar A. Jimenez GordilloMichael BarrowAlan R. KramerMichal LipsonThomas E. MurphyKaren E. Grutter

thermo-optic characterizationcryogenic temperatureoptical materials

1
2
3
4
5
24
10 / page

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