Faculty

Institution

Unit

Venue

Richard R. Mett

Professor Physics and Chemistry Milwaukee School of Engineering; RF Engineer National Biomedical EPR Center

Milwaukee School of Engineering

Affiliations

Civil and Architectural Engineering and Construction Management

Counseling and Health Services

Diercks School of Advanced Computing

Milwaukee School of Engineering

Physics and Chemistry

Richard R. Mett is currently serving as a Civil And Architectural Engineering And Construction Management Professor Physics and Chemistry Milwaukee School of Engineering; RF Engineer National Biomedical EPR Center at Milwaukee School of Engineering.

Honors

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Experiences

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Education

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Richard R. Mett

Milwaukee School of Engineering

Professor Physics and Chemistry Milwaukee School of Engineering; RF Engineer National Biomedical EPR Center

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applied physics magnetic resonance electron paramagnetic resonance instrumentation spectroscopy electrical engineering biophysics microwave technology biomedical engineering optical properties nuclear magnetic resonance magnetic resonance spectroscopy analytical instrumentation electromagnetic fields vibrational spectroscopy protein science radiation detection microwave spectroscopy instrument development electron spectroscopy biological imaging electroanalytical chemistry nuclear cardiology radiofrequency heating instrument science microwave engineering radio frequency current drive aqueous samples epr spectroscopy kinetic theory structural biology surface science numerical simulations membrane science neuroradiology electronics microwave measurement nuclear magnetic resonance spectroscopy full duplex residual stress instrumentation engineering magnetohydrodynamic helicity waves uniform fields solid-state electronics thermal engineering laboratory investigation atomic spectroscopy structural chemistry advanced dielectric electron diffraction magnetic resonance imaging plasma science x-ray spectroscopy high-rate loading pulsed electric field physical unclonable function scalar transport charge transport soft mode multi-rate signal processing trace metals electronic imaging surface reactivity early detection principal component analysis toroidicity-induced alfven eigenmodes dielectric microwave resonators potential use electric field aqueous flat-cells perpendicular free space generalization capacitive irises loop-gap resonators re-entrant geometries depth sensitivity

Notable Scholarly Works

Notable Federal Grants

Collaborators

Improved Electron Paramagnetic Resonance Spectroscopy Sensitivity for Aqueous Biological Samples Using Low-Volume Multi-Channel Cells and Dielectric Resonators. Review of Scientific Instruments (2026)

biophysicsmagnetic resonance spectroscopymagnetic resonancebiomedical engineeringlow-volume multi-channel cellsvibrational spectroscopydielectric resonatorsspectroscopyelectron paramagnetic resonancebiological imagingbiomedical imagingnuclear magnetic resonanceaqueous biological samplesbioinstrumentationanalytical instrumentation

Supplemental Material. Open MIND (2026)

A High‐Sensitivity Stopped‐Flow Epr System to Monitor Millisecond Conformational Kinetics in Spin‐Labeled Proteins. Protein Science (2025)

biophysical chemistrybiophysicsmolecular biophysicsbiological macromoleculesmagnetic resonancesingle molecule biophysicsprotein chemistrymillisecond conformational kineticsprotein structureprotein nmrspin‐labeled proteinsmolecular biologybiochemistrybiomolecular structureprotein scienceprotein engineeringprotein foldingbiomolecular analysis

Improved Epr Sensitivity for Aqueous Biological Samples Using Low-Volume Multi-Channel Cells and Dielectric Resonators. bioRxiv (Cold Spring Harbor Laboratory) (2025)

biophysicsbioanalysisbiomedical engineeringbioelectronicsepr sensitivitylab-on-a-chiplow-volume multi-channel cellsdielectric resonatorsbiomedical analysisanalytical microsystemsbiomedical circuits

A Pressure‐Jump Epr System to Monitor Millisecond Conformational Exchange Rates of Spin‐Labeled Proteins. Protein Science (2024)

Julian D. GrosskopfJason W. SidabrasChristian AltenbachJim R. AndersonRichard R. MettRobert A. StrangewayJames S. HydeWayne L. HubbellMichael T. Lerch

protein structureprotein sciencebiophysicsspin-labeled proteins

Gordon Coupler With Inductive or Capacitive Iris for Small Epr Resonators for Aqueous Samples. Applied Magnetic Resonance (2022)

Richard R. MettJames S. Hyde

gordon couplersmall epr resonatorsaqueous sampleselectron paramagnetic resonanceapplied physicscapacitive iris

Rutile Dielectric Loop-Gap Resonator for X-Band Epr Spectroscopy of Small Aqueous Samples. Journal of Magnetic Resonance (2019)

Richard R. MettJason W. SidabrasJames R. AndersonCandice S. KlugJames S. Hyde

magnetic resonanceatomic spectroscopyx-ray spectroscopystructural chemistryx-band epr spectroscopysmall aqueous samplesoptical propertiesspectroscopyelectron paramagnetic resonancevibrational spectroscopyelectron spectroscopyfluorescence spectroscopynuclear cardiologynuclear magnetic resonance spectroscopynuclear magnetic resonanceradiologymagnetic resonance spectroscopybiomolecular engineeringmolecular biologyultrafast laser spectroscopy

Uniform Field Resonators for Epr Spectroscopy: A Review. Cell Biochemistry and Biophysics (2018)

James S. HydeJason W. SidabrasRichard R. Mett

full duplexcharge transportoptical propertiesmolecular sciencevascular biologymolecular cell biologyenzymesscalar transportprotein sciencephysical unclonable functionfluorescenceoptical spectrometertumor biologyuniform field resonatorspharmacologybiomedical engineeringredox biologysoft modeepr spectroscopyneuroscience

Broadband W-Band Rapid Frequency Sweep Considerations for Fourier Transform Epr. Cell Biochemistry and Biophysics (2017)

Robert A. StrangewayJames S. HydeTheodore G. CamenischJason W. SidabrasRichard R. MettJames R. AndersonJoseph J. RatkeWitold K. Subczynski

electromagnetic fieldsbiophysicsbiophysical chemistryprincipal component analysissystems biologycell signalingcell researchshift detectioncell biophysicsfrequency managementelectron paramagnetic resonancenumerical simulationsfourier transform eprstructural biologyprotein sciencemembrane biologybiochemistry

Epr Uniform Field Signal Enhancement by Dielectric Tubes in Cavities. Applied Magnetic Resonance (2017)

James S. HydeRichard R. Mett

high-rate loadingelectromagnetic fieldsmagnetic resonance spectroscopymagnetic resonanceadvanced dielectricchemical engineeringcomputational electromagneticsdielectric tubesspectroscopyradiofrequency heatingnuclear magnetic resonanceelectrical engineeringmicrowave technologyelectron paramagnetic resonanceradiationapplied physicspulsed electric field

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Richard R. Mett

Professor Physics and Chemistry Milwaukee School of Engineering; RF Engineer National Biomedical EPR Center

Milwaukee School of Engineering

Affiliations

Civil and Architectural Engineering and Construction Management

Counseling and Health Services

Diercks School of Advanced Computing

Milwaukee School of Engineering

Physics and Chemistry

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Richard R. Mett

Milwaukee School of Engineering

Professor Physics and Chemistry Milwaukee School of Engineering; RF Engineer National Biomedical EPR Center

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Supplemental Material. Open MIND (2026)

A High‐Sensitivity Stopped‐Flow Epr System to Monitor Millisecond Conformational Kinetics in Spin‐Labeled Proteins. Protein Science (2025)

Improved Epr Sensitivity for Aqueous Biological Samples Using Low-Volume Multi-Channel Cells and Dielectric Resonators. bioRxiv (Cold Spring Harbor Laboratory) (2025)

biophysicsbioanalysisbiomedical engineeringbioelectronicsepr sensitivitylab-on-a-chiplow-volume multi-channel cellsdielectric resonatorsbiomedical analysisanalytical microsystemsbiomedical circuits

A Pressure‐Jump Epr System to Monitor Millisecond Conformational Exchange Rates of Spin‐Labeled Proteins. Protein Science (2024)

Julian D. GrosskopfJason W. SidabrasChristian AltenbachJim R. AndersonRichard R. MettRobert A. StrangewayJames S. HydeWayne L. HubbellMichael T. Lerch

protein structureprotein sciencebiophysicsspin-labeled proteins

Gordon Coupler With Inductive or Capacitive Iris for Small Epr Resonators for Aqueous Samples. Applied Magnetic Resonance (2022)

Richard R. MettJames S. Hyde

gordon couplersmall epr resonatorsaqueous sampleselectron paramagnetic resonanceapplied physicscapacitive iris

Rutile Dielectric Loop-Gap Resonator for X-Band Epr Spectroscopy of Small Aqueous Samples. Journal of Magnetic Resonance (2019)

Richard R. MettJason W. SidabrasJames R. AndersonCandice S. KlugJames S. Hyde

Uniform Field Resonators for Epr Spectroscopy: A Review. Cell Biochemistry and Biophysics (2018)

James S. HydeJason W. SidabrasRichard R. Mett

Broadband W-Band Rapid Frequency Sweep Considerations for Fourier Transform Epr. Cell Biochemistry and Biophysics (2017)

Robert A. StrangewayJames S. HydeTheodore G. CamenischJason W. SidabrasRichard R. MettJames R. AndersonJoseph J. RatkeWitold K. Subczynski

Epr Uniform Field Signal Enhancement by Dielectric Tubes in Cavities. Applied Magnetic Resonance (2017)

James S. HydeRichard R. Mett

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