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Unit

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Michael Norris

Associate Professor of Chemistry

University of Richmond

Affiliations

School of Arts & Sciences

Department of Chemistry

Michael Norris is currently serving as a Chemistry Associate Professor of Chemistry at University of Richmond.

Honors

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Experiences

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Education

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Michael Norris

University of Richmond

Associate Professor of Chemistry

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materials science transition metal chemistry chemistry inorganic chemistry chemical engineering catalysis coordination chemistry photochemistry electrochemistry physical chemistry photocatalysis applied physics energy chemistry photoelectrochemistry nanotechnology material chemistry inorganic synthesis inorganic photochemistry water splitting electroanalytical chemistry molecular electrochemistry water oxidation surface science atomic spectroscopy industrial catalysis organometallic catalysis catalyst preparation surface chemistry redox chemistry molecular catalysis molecular complexes coordination complex photo-electrochemical cell single catalyst metal oxide surfaces ruthenium complexes energy research chemical sciences redox biology thermal engineering interface science electronic materials molecular science nanoparticle research molecular plant-microbe interactions applied microbiology dyeing water electrolysis biocatalysis inorganic compounds inorganic materials excited state property proton transfer surface electrochemistry organic semiconductors molecular microbiology microbial physiology plant-microbe interactions photodynamic therapy photophysical properties theoretical inorganic chemistry phototoxicity synthetic photochemistry integrative learning single-site ruthenium catalysts catalytic water oxidation solar water splitting molecular photoelectrochemical cell structure-property relationships aqueous environment nanostructured metal oxides layer-by-layer deposition self-assembled bilayer films electron transfer chromophore-catalyst assembly bipyridine ligands

Notable Scholarly Works

Notable Federal Grants

Collaborators

Pathways Following Electron Injection: Medium Effects and Cross-Surface Electron Transfer in a Ruthenium-Based, Chromophore–Catalyst Assembly on Tio2. UNC Libraries (2025)

photoelectrochemistryinorganic photochemistryphotocatalysisenergy chemistryphotochemistrychemistrychemical reaction engineeringphoto-electrochemical cellelectroanalytical chemistryinorganic chemistry frontiermedium effectscatalyst activationmaterials sciencechemical engineeringtransition metal chemistryelectrocatalystscatalysiselectrochemistrymolecular electrochemistrycross-surface electron transferelectron injection

7401 Development and Evaluation of Ruthenium-Based Photoactivated Chemotherapeutic Agents. Journal of the Endocrine Society (2024)

medicinal chemistrytransition metal chemistryphotocatalysisphototoxicitysynthetic photochemistryphotochemistrychemistry

A Smart Decade: Outcomes of an Integrated, Inclusive, First-Year College-Level Stem Curricular Innovation. Frontiers in Education (2023)

integrative learningcollege pipelinehigher educationtechnologyeducationstem educationeducational strategiesstudent outcomeseducational innovationengineering educationstudent successundergraduate researchsmart decade

Ccdc 2191146: Experimental Crystal Structure Determination. The Cambridge Structural Database (2022)

crystal researchchemical structureccdc 2191146crystal structuresstructural chemistrystructure determinationcrystal engineeringcrystallographystructure elucidationchemistry

Mechanistic Analysis of the Vira Sensor Kinase in Agrobacterium Tumefaciens Using Structural Models. Frontiers in Microbiology (2022)

microbial physiologymolecular plant-microbe interactionsmicrobiologyvira sensor kinasestructural biologyapplied microbiologymolecular microbiologymolecular biologybacteriamechanistic analysisbiosystemsbiotechnologystructural modelsplant-microbe interactionsmicroorganisms

Six-Electron Co 2 Reduction Involving Participation by Benzimidazole-Derived Bidentate Ligands in Ruthenium Complexes. ACS Applied Energy Materials (2022)

chemical engineeringcoordination complextransition metal chemistrybenzimidazole-derived bidentate ligandsruthenium complexesmolecular structurecoordination chemistrytheoretical inorganic chemistryorganometallic chemistryinorganic chemistrymolecular complexestheoretical chemistrychemistry

Unravelling the Role of [Ru(Bpy)2(Oh2)2]2+ Complexes in Photo-Activated Chemotherapy. Journal of Inorganic Biochemistry (2022)

pharmacologyphotodynamic therapycoordination complexphotochemistryphoto-activated chemotherapyphotomedicinemolecular complexes

Splitting Co2 Into Co and O2 by a Single Catalyst. UNC Libraries (2021)

Chen, ZuofengConcepcion, Javier J.Brennaman, M. KyleKang, PengNorris, Michael R.Hoertz, Paul G.Meyer, Thomas J.

materials sciencesingle catalystchemical engineeringcatalyst preparationcatalysiswater splittingchemistry

Design of New Ruthenium Complexes for Photoactivated Chemotherapy. (2020)

photomedicinetransition metal chemistryphotocatalysisinorganic chemistry frontierphotoredox processcoordination chemistryphotochemistryorganometallic chemistryinorganic chemistrynew ruthenium complexeschemistry

Strategy for Functionalization of Electrodes With Discrete, Unmodified Small Molecules Exhibiting Aqueous Stability. Journal of Materials Chemistry A (2020)

electrochemistryelectrochemical interfaceschemical engineeringelectroanalytical chemistryunmodified small moleculesmolecular electrochemistryfundamental electrochemistrysmall moleculesorganic electrochemistryaqueous stabilitychemical physicschemistry

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Michael Norris

Associate Professor of Chemistry

University of Richmond

Affiliations

School of Arts & Sciences

Department of Chemistry

Michael Norris is currently serving as a Chemistry Associate Professor of Chemistry at University of Richmond.

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 Norris

University of Richmond

Associate Professor of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Pathways Following Electron Injection: Medium Effects and Cross-Surface Electron Transfer in a Ruthenium-Based, Chromophore–Catalyst Assembly on Tio2. UNC Libraries (2025)

7401 Development and Evaluation of Ruthenium-Based Photoactivated Chemotherapeutic Agents. Journal of the Endocrine Society (2024)

medicinal chemistrytransition metal chemistryphotocatalysisphototoxicitysynthetic photochemistryphotochemistrychemistry

A Smart Decade: Outcomes of an Integrated, Inclusive, First-Year College-Level Stem Curricular Innovation. Frontiers in Education (2023)

Ccdc 2191146: Experimental Crystal Structure Determination. The Cambridge Structural Database (2022)

crystal researchchemical structureccdc 2191146crystal structuresstructural chemistrystructure determinationcrystal engineeringcrystallographystructure elucidationchemistry

Mechanistic Analysis of the Vira Sensor Kinase in Agrobacterium Tumefaciens Using Structural Models. Frontiers in Microbiology (2022)

Six-Electron Co 2 Reduction Involving Participation by Benzimidazole-Derived Bidentate Ligands in Ruthenium Complexes. ACS Applied Energy Materials (2022)

Unravelling the Role of [Ru(Bpy)2(Oh2)2]2+ Complexes in Photo-Activated Chemotherapy. Journal of Inorganic Biochemistry (2022)

pharmacologyphotodynamic therapycoordination complexphotochemistryphoto-activated chemotherapyphotomedicinemolecular complexes

Splitting Co2 Into Co and O2 by a Single Catalyst. UNC Libraries (2021)

Chen, ZuofengConcepcion, Javier J.Brennaman, M. KyleKang, PengNorris, Michael R.Hoertz, Paul G.Meyer, Thomas J.

materials sciencesingle catalystchemical engineeringcatalyst preparationcatalysiswater splittingchemistry

Design of New Ruthenium Complexes for Photoactivated Chemotherapy. (2020)

Strategy for Functionalization of Electrodes With Discrete, Unmodified Small Molecules Exhibiting Aqueous Stability. Journal of Materials Chemistry A (2020)

1
2
3
4
10 / page