Faculty

Institution

Unit

Venue

Kevin Lehmann

Professor

University of Virginia

Affiliations

College and Graduate School of Arts and Sciences

Department of Chemistry

Kevin Lehmann is currently serving as a College And Graduate School Of Arts And Sciences Professor at University of Virginia.

Honors

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Experiences

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Education

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Kevin Lehmann

University of Virginia

Professor

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physics spectroscopy vibrational spectroscopy chemistry quantum chemistry applied physics physical chemistry atomic spectroscopy spectra-structure correlation molecular spectroscopy molecular structure atomic physics biophysics absorption spectroscopy theoretical chemistry photonics optical properties molecular physics optical spectroscopy infrared spectroscopy microwave spectroscopy double resonance chemical physics lightwave technology condensed matter physics excited state property analytical atomic spectrometry vibronic interaction structural chemistry electronic excited states condensed matter computational chemistry light science ultracold atoms molecular chemistry microwave technology light absorption cavity qed cluster science cluster chemistry quantum science bose-einstein condensation spectroscopic property cavity ring-down spectroscopy atmospheric measurement technique photophysical properties spectroscopic methods helium nanodroplets laser science fiber optics magnetic resonance ab-initio methods quantum liquids statistical physics molecular kinetics optical sensors photonic sensors intramolecular dynamics frequency comb probe laser photochemistry molecular mechanics liquid helium high resolution optical physics helium atoms infrared spectrum quantum solid altmetric attention score rotational constants high resolution spectrum overtone spectrum bulk liquid helium ch stretch double resonance spectroscopy cavity decay rate rovibrational spectra chemical engineering breath analysis

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cavity-Enhanced Comb-Based Double-Resonance Spectroscopy of High Rotational Energy Levels in the 9070–9370 CM −1 Range of Methane. (2025)

Adrian HjälténVinicius Silva De OliveiraIsak SilanderAndrea RosinaMichael ReyLucile RutkowskiGrzegorz SobońKevin K. LehmannAleksandra Foltynowicz

molecular spectroscopychemistryspectroscopyvibrational spectroscopyquantum chemistryapplied physicsphysical chemistryphysicsdouble resonanceraman spectroscopyabsorption spectroscopy

Cavity-Enhanced Optical-Optical Double-Resonance Polarization Spectroscopy Using a Frequency Comb Probe. (2025)

Andrea RosinaIsak SilanderVinicius Silva de OliveiraAdrian HjälténKevin K. LehmannAleksandra Foltynowicz

lightwave technologylight sciencephotonicsspectroscopyoptical propertiesvibrational spectroscopyapplied physicsfrequency comb probephysicsdouble resonanceoptical spectroscopy

Combined Frequency Comb and Continuous Wave Cavity-Enhanced Optical-Optical Double-Resonance Spectrometer in the 1.7 µM Range. Optics Express (2025)

Vinicius Silva de OliveiraAdrian HjälténIsak SilanderAndrea RosinaMichael ReyKevin LehmannAleksandra Foltynowicz

lightwave technologylight sciencephotonicsspectroscopycombined frequency combvibrational spectroscopyoptical metrologylaser absorption spectrometryoptical spectrometerdouble resonanceatomic spectroscopyµm rangeoptical spectroscopy

ADDENDUM: Sub-Doppler Optical-Optical Double-Resonance Spectroscopy Using a Cavity-Enhanced Frequency Comb Probe. Nature Communications (2024)

Vinicius Silva de OliveiraIsak SilanderLucile RutkowskiGrzegorz SobońOve AxnerKevin K. LehmannAleksandra Foltynowicz

photonicsspectroscopyspectroscopic propertyoptical propertiesoptical testingscientific communicationhigh-frequency measurementoptical spectrometerdouble resonanceoptical spectroscopy

Measurement and Assignment of J = 5 to 9 Rotational Energy Levels in the 9070–9370 CM−1 Range of Methane Using Optical Frequency Comb Double-Resonance Spectroscopy. The Journal of Chemical Physics (2024)

Adrian HjälténVinicius Silva de OliveiraIsak SilanderAndrea RosinaMichael ReyLucile RutkowskiGrzegorz SobońKevin K. LehmannAleksandra Foltynowicz

chemistryspectroscopydouble-resonance spectroscopydouble resonanceoptical frequency

Sub-Doppler Optical-Optical Double-Resonance Spectroscopy Using a Cavity-Enhanced Frequency Comb Probe. Nature Communications (2024)

Vinicius Silva de OliveiraIsak SilanderLucile RutkowskiGrzegorz SobońOve AxnerKevin K. LehmannAleksandra Foltynowicz

spectroscopyoptical spectroscopyphotonicscommunication

Accurate Measurement and Assignment of High Rotational Energy Levels of the 3ν3 ← ν3 Band of Methane. (2023)

Adrian HjälténVinicius Silva de OliveiraIsak SilanderAndrea RosinaLucile RutkowskiGrzegorz SobońKevin K. LehmannAleksandra Foltynowicz

atmospheric chemistryaccurate measurementchemistry

Cavity-Enhanced Frequency-Comb-Based Optical-Optical Double-Resonance Spectrometer. (2023)

Andrea RosinaVinicius Silva De OliveiraIsak SilanderAdrian HjälténLucile RutkowskiGrzegorz SobońKevin K. LehmannAleksandra Foltynowicz

photonicsspectroscopycavity qedoptical metrologyapplied physicsinstrumentationoptical spectroscopy

Dataset Related to the Publication"Sub-Doppler Optical-Optical Double-Resonance Spectroscopy Using a Cavity-Enhanced Frequency Comb Probe". Zenodo (CERN European Organization for Nuclear Research) (2023)

Vinicius Silva de OliveiraIsak SilanderLucile RutkowskiGrzegorz SobońOve AxnerKevin K. LehmannAleksandra Foltynowicz

nuclear physicsspectroscopynuclear sciencedata scienceoptical spectroscopy

Measurement and Assignment of Hot-Band Methane Transitions Using Cavity-Enhanced Comb-Based Double-Resonance Spectroscopy. (2023)

Vinicius Silva de OliveiraIsak SilanderAdrian HjälténAndrea RosinaLucile RutkowskiGrzegorz SobońOve AxnerKevin K. LehmannAleksandra Foltynowicz

analytical chemistryhot-band methane transitionsmaterials sciencespectroscopy

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Kevin Lehmann

Professor

University of Virginia

Affiliations

College and Graduate School of Arts and Sciences

Department of Chemistry

Kevin Lehmann is currently serving as a College And Graduate School Of Arts And Sciences Professor at University of Virginia.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kevin Lehmann

University of Virginia

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cavity-Enhanced Comb-Based Double-Resonance Spectroscopy of High Rotational Energy Levels in the 9070–9370 CM −1 Range of Methane. (2025)

Adrian HjälténVinicius Silva De OliveiraIsak SilanderAndrea RosinaMichael ReyLucile RutkowskiGrzegorz SobońKevin K. LehmannAleksandra Foltynowicz

molecular spectroscopychemistryspectroscopyvibrational spectroscopyquantum chemistryapplied physicsphysical chemistryphysicsdouble resonanceraman spectroscopyabsorption spectroscopy

Cavity-Enhanced Optical-Optical Double-Resonance Polarization Spectroscopy Using a Frequency Comb Probe. (2025)

Andrea RosinaIsak SilanderVinicius Silva de OliveiraAdrian HjälténKevin K. LehmannAleksandra Foltynowicz

lightwave technologylight sciencephotonicsspectroscopyoptical propertiesvibrational spectroscopyapplied physicsfrequency comb probephysicsdouble resonanceoptical spectroscopy

Combined Frequency Comb and Continuous Wave Cavity-Enhanced Optical-Optical Double-Resonance Spectrometer in the 1.7 µM Range. Optics Express (2025)

Vinicius Silva de OliveiraAdrian HjälténIsak SilanderAndrea RosinaMichael ReyKevin LehmannAleksandra Foltynowicz

ADDENDUM: Sub-Doppler Optical-Optical Double-Resonance Spectroscopy Using a Cavity-Enhanced Frequency Comb Probe. Nature Communications (2024)

Vinicius Silva de OliveiraIsak SilanderLucile RutkowskiGrzegorz SobońOve AxnerKevin K. LehmannAleksandra Foltynowicz

photonicsspectroscopyspectroscopic propertyoptical propertiesoptical testingscientific communicationhigh-frequency measurementoptical spectrometerdouble resonanceoptical spectroscopy

Adrian HjälténVinicius Silva de OliveiraIsak SilanderAndrea RosinaMichael ReyLucile RutkowskiGrzegorz SobońKevin K. LehmannAleksandra Foltynowicz

chemistryspectroscopydouble-resonance spectroscopydouble resonanceoptical frequency

Sub-Doppler Optical-Optical Double-Resonance Spectroscopy Using a Cavity-Enhanced Frequency Comb Probe. Nature Communications (2024)

Vinicius Silva de OliveiraIsak SilanderLucile RutkowskiGrzegorz SobońOve AxnerKevin K. LehmannAleksandra Foltynowicz

spectroscopyoptical spectroscopyphotonicscommunication

Accurate Measurement and Assignment of High Rotational Energy Levels of the 3ν3 ← ν3 Band of Methane. (2023)

Adrian HjälténVinicius Silva de OliveiraIsak SilanderAndrea RosinaLucile RutkowskiGrzegorz SobońKevin K. LehmannAleksandra Foltynowicz

atmospheric chemistryaccurate measurementchemistry

Cavity-Enhanced Frequency-Comb-Based Optical-Optical Double-Resonance Spectrometer. (2023)

Andrea RosinaVinicius Silva De OliveiraIsak SilanderAdrian HjälténLucile RutkowskiGrzegorz SobońKevin K. LehmannAleksandra Foltynowicz

photonicsspectroscopycavity qedoptical metrologyapplied physicsinstrumentationoptical spectroscopy

Vinicius Silva de OliveiraIsak SilanderLucile RutkowskiGrzegorz SobońOve AxnerKevin K. LehmannAleksandra Foltynowicz

nuclear physicsspectroscopynuclear sciencedata scienceoptical spectroscopy

Measurement and Assignment of Hot-Band Methane Transitions Using Cavity-Enhanced Comb-Based Double-Resonance Spectroscopy. (2023)

Vinicius Silva de OliveiraIsak SilanderAdrian HjälténAndrea RosinaLucile RutkowskiGrzegorz SobońOve AxnerKevin K. LehmannAleksandra Foltynowicz

analytical chemistryhot-band methane transitionsmaterials sciencespectroscopy

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2
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10 / page

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Similar Faculty Members

Brooks Pate

Institution

University of Virginia

chemistry

spectroscopy

Richard Loomis

Institution

Washington University in St. Louis

physical chemistry

materials chemistry

Veronica Vaida

Institution

University of Colorado Boulder

chemistry

physical chemistry

Benjamin McCall

Institution

University of Illinois Urbana-Champaign

ball plasmoids

physics

Bart Kahr

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New York University

crystal growth

optical properties

Andrey Vilesov

Institution

University of Southern California

isolated quantum fluids

laser

Prasad Polavarapu

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theoretical chemistry

physical chemistry

Vaidhyanathan Ramamurthy

Institution

University of Miami

chemistry

photochemistry

Joshua Vura-Weis

Institution

University of Illinois Urbana-Champaign

energy chemistry

spintronic material

Terry Miller

Institution

Ohio State University

molecular spectroscopy

chemistry