Faculty

Institution

Unit

Venue

Michael Kellman

Professor Emeritus

University of Oregon

Affiliations

College of Arts and Sciences

Biochemistry

Chemistry and Biochemistry

Michael Kellman is currently serving as a Biochemistry Professor Emeritus at University of Oregon.

Honors

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Experiences

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Education

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Michael Kellman

University of Oregon

Professor Emeritus

You can click a keyword to filter the displayed items

physical chemistry quantum chemistry physics chemistry materials science theoretical chemistry atomic physics biophysics spectroscopy vibrational spectroscopy condensed matter physics particle physics spectral patterns computational chemistry atomic spectroscopy fermi resonance spectra vibrational spectra structural biology protein science structural chemistry quantum science excited state property chaos theory soft mode aba triatomics experimental spectra approximate constants energy transfer pathways phase space structure excited vibrational spectra normal modes chaotic molecules algebraic resonance quantization bifurcation analysis barrier motion multiple minima local modes material chemistry condensed matter molecular science experimental gerontology analytical atomic spectrometry classification method solid-state chemistry bifurcation theory hamiltonian theory hamiltonian system spectra-structure correlation quantum groups protein chemistry infrared spectroscopy vibronic interaction many-body problem molecular chemistry supramolecular assemblies principal component analysis electron spectroscopy supramolecular chemistry chemical kinetics molecular kinetics excited molecules molecular structure

Notable Scholarly Works

Notable Federal Grants

Collaborators

Kinetic Model With Feedback Cycle for Age-Dependent Beta Amyloid Accumulation in Mice. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Vivian TyngMichael E. Kellman

experimental gerontologyneurologyalzheimer's diseasekinetic modelneurosciencefeedback cyclephysiology

Asymmetric Temperature Equilibration With Heat Flow From Cold to Hot in a Quantum Thermodynamic System. Physical review. E (2021)

Phillip C. LotshawMichael E. Kellman

physicsquantum thermodynamic systemheat flowquantum mechanicsasymmetric temperature equilibration

Soft Mode Metal-Linker Dynamics in Carboxylate Mofs. (2020)

Anastasia AndreevaLihaokun ChenKhoa N. LeMichael E. KellmanChristopher H. HendonCarl Brozek

materials sciencecarboxylate mofsmetal-linker dynamicscondensed matter physicschemistryapplied physicssoft mode

Soft Mode Metal-Linker Dynamics in Carboxylate Mofs Evidenced by Variable-Temperature Infrared Spectroscopy. Journal of the American Chemical Society (2020)

Anastasia B. AndreevaKhoa N. LeLihaokun ChenMichael E. KellmanChristopher H. HendonCarl K. Brozek

materials sciencecarboxylate mofsmetal-linker dynamicsbiophysicsstructural biologycondensed matter physicsstructural chemistrysoft modesoft mattersolid-state chemistrycrystallographycondensed matterphysical chemistrymaterial chemistrychemistry

Simulating Quantum Thermodynamics of a Finite System and Bath With Variable Temperature. Physical review. E (2019)

Phillip C. LotshawMichael E. Kellman

physicsvariable temperaturesystems modelingfinite systemquantum thermodynamics

Kinetic Model of Translational Autoregulation. The Journal of Physical Chemistry B (2018)

Vivian TyngMichael E. Kellman

kinetic modelbiophysicstranslational autoregulationphysical chemistrycell biologyprotein sciencephysiology

Quantum Microcanonical Entropy, Boltzmann’s Equation, and the Second Law. The Journal of Physical Chemistry A (2018)

Phillip C. LotshawMichael E. Kellman

physicssecond lawquantum chemistryquantum mechanicsphysical chemistrytheoretical chemistry

Quantum Thermodynamics, Entropy of the Universe, Free Energy, and the Second Law. arXiv (Cornell University) (2015)

George L. BarnesPhillip C. LotshawMichael E. Kellman

physicsfree energysecond lawparticle physicsquantum thermodynamics

Time Dependent Quantum Thermodynamics of a Coupled Quantum Oscillator System in a Small Thermal Environment. The Journal of Chemical Physics (2013)

George L. BarnesMichael E. Kellman

materials sciencephysical chemistryapplied physicschemistry

Isotope Effect in Normal-To-Local Transition of Acetylene Bending Modes. The Journal of Chemical Physics (2012)

Jianyi MaDingguo XuHua GuoVivian TyngMichael E. Kellman

materials scienceacetylene bending modescondensed matter physicsnormal-to-local transitionquantum chemistryapplied physicsisotope effectthin filmsphysical chemistrychemistry

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Michael Kellman

Professor Emeritus

University of Oregon

Affiliations

College of Arts and Sciences

Biochemistry

Chemistry and Biochemistry

Michael Kellman is currently serving as a Biochemistry Professor Emeritus at University of Oregon.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael Kellman

University of Oregon

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Kinetic Model With Feedback Cycle for Age-Dependent Beta Amyloid Accumulation in Mice. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Vivian TyngMichael E. Kellman

experimental gerontologyneurologyalzheimer's diseasekinetic modelneurosciencefeedback cyclephysiology

Asymmetric Temperature Equilibration With Heat Flow From Cold to Hot in a Quantum Thermodynamic System. Physical review. E (2021)

Phillip C. LotshawMichael E. Kellman

physicsquantum thermodynamic systemheat flowquantum mechanicsasymmetric temperature equilibration

Soft Mode Metal-Linker Dynamics in Carboxylate Mofs. (2020)

Anastasia AndreevaLihaokun ChenKhoa N. LeMichael E. KellmanChristopher H. HendonCarl Brozek

materials sciencecarboxylate mofsmetal-linker dynamicscondensed matter physicschemistryapplied physicssoft mode

Soft Mode Metal-Linker Dynamics in Carboxylate Mofs Evidenced by Variable-Temperature Infrared Spectroscopy. Journal of the American Chemical Society (2020)

Anastasia B. AndreevaKhoa N. LeLihaokun ChenMichael E. KellmanChristopher H. HendonCarl K. Brozek

Simulating Quantum Thermodynamics of a Finite System and Bath With Variable Temperature. Physical review. E (2019)

Phillip C. LotshawMichael E. Kellman

physicsvariable temperaturesystems modelingfinite systemquantum thermodynamics

Kinetic Model of Translational Autoregulation. The Journal of Physical Chemistry B (2018)

Vivian TyngMichael E. Kellman

kinetic modelbiophysicstranslational autoregulationphysical chemistrycell biologyprotein sciencephysiology

Quantum Microcanonical Entropy, Boltzmann’s Equation, and the Second Law. The Journal of Physical Chemistry A (2018)

Phillip C. LotshawMichael E. Kellman

physicssecond lawquantum chemistryquantum mechanicsphysical chemistrytheoretical chemistry

Quantum Thermodynamics, Entropy of the Universe, Free Energy, and the Second Law. arXiv (Cornell University) (2015)

George L. BarnesPhillip C. LotshawMichael E. Kellman

physicsfree energysecond lawparticle physicsquantum thermodynamics

Time Dependent Quantum Thermodynamics of a Coupled Quantum Oscillator System in a Small Thermal Environment. The Journal of Chemical Physics (2013)

George L. BarnesMichael E. Kellman

materials sciencephysical chemistryapplied physicschemistry

Isotope Effect in Normal-To-Local Transition of Acetylene Bending Modes. The Journal of Chemical Physics (2012)

Jianyi MaDingguo XuHua GuoVivian TyngMichael E. Kellman

materials scienceacetylene bending modescondensed matter physicsnormal-to-local transitionquantum chemistryapplied physicsisotope effectthin filmsphysical chemistrychemistry

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4
5
9
10 / page

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Similar Faculty Members

Jahan M. Dawlaty

Institution

University of Southern California

energy research

chemistry

Andrei Sanov

Institution

University of Arizona

physical chemistry

negative ions

Trevor Sears

Institution

Stony Brook University

molecular spectroscopy

quantum chemistry

Richard Loomis

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Washington University in St. Louis

physical chemistry

materials chemistry

Andrey Vilesov

Institution

University of Southern California

isolated quantum fluids

laser

b andes hess jr

Institution

Vanderbilt University

theoretical chemistry

physical chemistry

Terry Miller

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Ohio State University

molecular spectroscopy

chemistry

Robert Continetti

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University of California, San Diego

transient species

high temperature aerosol

Joshua Vura-Weis

Institution

University of Illinois Urbana-Champaign

energy chemistry

spintronic material

Tu-Nan Chang

Institution

University of Southern California

quantum chemistry

fundamental physic