Faculty

Institution

Unit

Venue

Rudolph Marcus

John G Kirkwood and Arthur A Noyes Professor of Chemistry

California Institute of Technology

Affiliations

Division of Chemistry and Chemical Engineering

Rudolph Marcus is currently serving as a Division Of Chemistry And Chemical Engineering John G Kirkwood and Arthur A Noyes Professor of Chemistry at California Institute of Technology.

Honors

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Experiences

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Education

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Rudolph Marcus

California Institute of Technology

John G Kirkwood and Arthur A Noyes Professor of Chemistry

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chemistry physical chemistry biophysics quantum chemistry physics theoretical chemistry applied physics computational chemistry chemical sciences molecular science chemical kinetics electrochemistry charge transport protein science theoretical biology biophysical chemistry transition metal chemistry structural chemistry condensed matter physics nanoparticle research vibrational spectroscopy reaction process reactivity (chemistry) theoretical electrochemistry electron transfer reactions quantum dots electroanalytical chemistry quantum science electronics surface electrochemistry excitation energy transfer experimental biophysics electron transfer electrode reaction mechanisms analytical mechanics reactive collisions semiclassical transition probabilities chemical reactions spectral theory photosynthesis faraday discussion semiclassical calculation luminescence molecular structure electron spectroscopy halide perovskites perovskite solar cells single molecules flexible transition states semiclassical theory unimolecular reactions intramolecular dynamics rate constants molecular chemistry photophysical properties enzyme catalysis bound states fluorescence intermittency theoretical study mass-independent isotope effect bioelectrochemistry electrochemical surface science spectroelectrochemistry proton transfer chemical thermodynamics electrode-electrolyte interfaces experimental analysis theoretical inorganic chemistry mathematical chemistry excited state property electronic excited states charge carrier transport physicochemical analysis nanoscale science electrochemical process ozone layer depletion chemical engineering ozone formation solar energy conversion chemical reaction engineering catalysis environmental photochemistry energy chemistry green nanotechnology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Sum Rule Comparison of Narrowband and Broadband Sum Frequency Generation Spectra and Comparison With Theory. Proceedings of the National Academy of Sciences (2024)

Kai NiuHong-fei WangRudolph A. Marcus

sum rule comparisonspectral analysisspectrum estimationmodel comparisonelectrical engineeringdigital signal processingfrequency managementapplied physicsspectral theoryapplied mathematics

Fast Adp Release in F1-Atpase. Biophysical Journal (2023)

Sandor Volkan-KacsoRudolph MarcusLuan Q. LeNathan Suiter

biophysicsenzymesadp releasebiochemistrypharmacology

F1-Atpase Rotary Mechanism: Interpreting Results of Diverse Experimental Modes With an Elastic Coupling Theory. Frontiers in Microbiology (2022)

Sándor Volkán-KacsóRudolph A. Marcus

biophysicsdiverse experimental modesenzymestheoretical biologyprotein sciencemolecular microbiologyimmunologymicrobiologyexperimental analysiselastic coupling theorybacteriologyapplied microbiologybiomechanics

Utilizing Correlation Functions to Develop a Multistate Model of P. Denitrificans F1-Atpase and Enhance Single-Molecule Imaging Resolution. Biophysical Journal (2022)

Nathan SuiterSandor Volkan-KacsoRicardo A. MatuteRudolph A. Marcus

biophysicsmultistate modelcorrelation functionsbiochemistrymolecular biophysicsmolecular biologybiophysical chemistry

Front Cover: The Drude‐Smith Equation and Related Equations for the Frequency‐Dependent Electrical Conductivity of Materials: Insight From a Memory Function Formalism (Chemphyschem 16/2021). ChemPhysChem (2021)

Rudolph A. MarcusWei‐Chen Chen

charge carrier transportcomputational electromagneticselectronic materialsfunctional materialsmemory function formalismcomputational materials sciencematerial researchfrequency-dependent electrical conductivityfront covercondensed matter physicschemical engineeringmetalsconducting polymersmaterial chemistrymaterial modelingelectrical engineeringdrude-smith equationelectrical propertiesphysical chemistryrelated equationscollapse behaviourelectronicsmaterials science

On the Theory of Charge Transport and Entropic Effects in Solvated Molecular Junctions. The Journal of Chemical Physics (2021)

Jakub K. SowaRudolph A. Marcus

charge transportsolvated molecular junctionsentropic effects

Single Molecule Studies of a Biological Motor F1-Atpase: Interplay of Experiment, Analytic Theory and Computation. Springer series in materials science (2021)

Sándor Volkán-KacsóRudolph A. Marcus

biophysicsanalytic theorysingle molecule studiesmolecular biophysicsmaterials science

The Drude‐Smith Equation and Related Equations for the Frequency‐Dependent Electrical Conductivity of Materials: Insight From a Memory Function Formalism. ChemPhysChem (2021)

Wei‐Chen ChenRudolph A. Marcus

numerical simulationselectronic materialsfunctional materialsmemory function formalismquantum materialscomputational materials sciencematerial researchfrequency-dependent electrical conductivitymetalssurface scienceconducting polymersmaterial modelingelectrical engineeringdrude-smith equationcharge transportelectrical propertiesphysical chemistryrelated equationscollapse behaviourelectronicsapplied physicsmaterials science

Epilogue. University of Illinois Press eBooks (2020)

Claudrena N. Harold

health lawfda approvalpersonal genome medicineresearch ethicsmedical ethicshealth scienceshealth policypublic healthbiomedical ethicspersonal genomicsmedical professionalsbioethicsmolecular diagnosticsgenetic epidemiologypersonalized medicinepublic health ethicsgenomic medicinedigital medicinegenetic testing

Exploring the State of the F1-Atpase After Atp Binding and Before Adp Release: Effects of Conformational Changes on Phosphate Displacement. Biophysical Journal (2020)

Ricardo A. MatuteSandor Volkan-KacsoRudolph A. Marcus

biophysicsconformational changesenzymesprotein scienceadp releasebiochemistrymolecular biophysicsexperimental biophysicsmembrane biologyprotein transportpharmacologyatp bindingphosphate displacementbiophysical chemistry

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Rudolph Marcus

John G Kirkwood and Arthur A Noyes Professor of Chemistry

California Institute of Technology

Affiliations

Division of Chemistry and Chemical Engineering

Rudolph Marcus is currently serving as a Division Of Chemistry And Chemical Engineering John G Kirkwood and Arthur A Noyes Professor of Chemistry at California Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Rudolph Marcus

California Institute of Technology

John G Kirkwood and Arthur A Noyes Professor of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Sum Rule Comparison of Narrowband and Broadband Sum Frequency Generation Spectra and Comparison With Theory. Proceedings of the National Academy of Sciences (2024)

Kai NiuHong-fei WangRudolph A. Marcus

sum rule comparisonspectral analysisspectrum estimationmodel comparisonelectrical engineeringdigital signal processingfrequency managementapplied physicsspectral theoryapplied mathematics

Fast Adp Release in F1-Atpase. Biophysical Journal (2023)

Sandor Volkan-KacsoRudolph MarcusLuan Q. LeNathan Suiter

biophysicsenzymesadp releasebiochemistrypharmacology

F1-Atpase Rotary Mechanism: Interpreting Results of Diverse Experimental Modes With an Elastic Coupling Theory. Frontiers in Microbiology (2022)

Sándor Volkán-KacsóRudolph A. Marcus

Utilizing Correlation Functions to Develop a Multistate Model of P. Denitrificans F1-Atpase and Enhance Single-Molecule Imaging Resolution. Biophysical Journal (2022)

Nathan SuiterSandor Volkan-KacsoRicardo A. MatuteRudolph A. Marcus

biophysicsmultistate modelcorrelation functionsbiochemistrymolecular biophysicsmolecular biologybiophysical chemistry

Rudolph A. MarcusWei‐Chen Chen

On the Theory of Charge Transport and Entropic Effects in Solvated Molecular Junctions. The Journal of Chemical Physics (2021)

Jakub K. SowaRudolph A. Marcus

charge transportsolvated molecular junctionsentropic effects

Single Molecule Studies of a Biological Motor F1-Atpase: Interplay of Experiment, Analytic Theory and Computation. Springer series in materials science (2021)

Sándor Volkán-KacsóRudolph A. Marcus

biophysicsanalytic theorysingle molecule studiesmolecular biophysicsmaterials science

The Drude‐Smith Equation and Related Equations for the Frequency‐Dependent Electrical Conductivity of Materials: Insight From a Memory Function Formalism. ChemPhysChem (2021)

Wei‐Chen ChenRudolph A. Marcus

Epilogue. University of Illinois Press eBooks (2020)

Claudrena N. Harold

Exploring the State of the F1-Atpase After Atp Binding and Before Adp Release: Effects of Conformational Changes on Phosphate Displacement. Biophysical Journal (2020)

Ricardo A. MatuteSandor Volkan-KacsoRudolph A. Marcus

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physical chemistry

nanomaterials

Victor Batista

Institution

Yale University

materials science

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Anna Krylov

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theoretical chemistry

quantum chemistry

Sharon Hammes-Schiffer

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mechanistic photochemistry

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