Faculty

Institution

Unit

Venue

Peter C. Ford

Distinguished Professor

University of California, Santa Barbara

Affiliations

College of Creative Studies

Chemistry / Biochemistry

College of Letters & Science

Chemistry and Biochemistry

Peter C. Ford is currently serving as a Chemistry / Biochemistry Distinguished Professor at University of California, Santa Barbara.

Honors

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Experiences

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Education

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Peter C. Ford

University of California, Santa Barbara

Distinguished Professor

You can click a keyword to filter the displayed items

inorganic chemistry coordination chemistry transition metal chemistry chemistry materials science chemical engineering photochemistry organometallic chemistry catalysis cluster chemistry inorganic synthesis chemical synthesis material chemistry pharmacology nanotechnology structural chemistry nitric oxide coordination complex chemical sciences sustainable chemistry redox chemistry homogeneous catalysis chemical kinetics physical chemistry energy chemistry organometallic catalysis flash photolysis pressure effects redox biology catalyst preparation luminescence photomedicine molecular catalysis reactive intermediates quantum chemistry surface reactivity nanoparticle research chemical technology inorganic photochemistry inorganic compounds aqueous solution cluster science infrared spectroscopy theoretical inorganic chemistry heme models biological inorganic chemistry industrial catalysis photoluminescence biomass conversion nitric oxide reactions nitrogen oxides inorganic materials lignin catalytic process applied chemistry tetranuclear copper metal nitrosyl complexes biomedical imaging excited state property catalytic conversion material research protein science thermal catalysis solid-state chemistry catalytic synthesis trace metals hydrogen transfer supercritical methanol mechanistic studies photochemical delivery nir light biological chemistry fragmentation effect release mechanism photoredox process functional modification

Notable Scholarly Works

Notable Federal Grants

Collaborators

Selective Conversion of Lignin to Benzoquinones Under Ambient Conditions: Unlocking the Potential of a Single Platform Chemical Strategy. Green Chemistry (2026)

organic process researchsustainable chemical productionambient conditionschemical sciencessustainable synthesischemical synthesischemical engineeringbiomass conversionorganic chemistry frontierwood chemistryorganic chemistrybioresource technologybiomass (energy)selective conversionsustainable chemistrychemistryligninchemical reaction engineeringorganic synthesiscatalysis

Coupling Nitric Oxide Photo-Uncaging With Radiotherapy. Coordination Chemistry Reviews (2025)

biomedical imagingradiation oncologyradiationphotochemistryphotomedicinephotodynamic therapy

Hydrogen Peroxide Mediated Oxidation of Manganese Carbonyls in Alkaline Solution. Inorganic Chemistry (2025)

sustainable chemistryadvanced oxidation processalkaline solutionredox chemistrychemistrychemical engineeringenergy chemistrychemical reaction engineeringredox biologyoxidation resistancedeoxygenationcatalysis

Mixed-Valency in Multinuclear Nickel Complexes: From Fundamentals to Nickel Enzymes. Journal of Inorganic Biochemistry (2025)

chemistryinorganic chemistrychemical engineeringmolecular complexesfrom fundamentalsorganometallic chemistrybiochemistrycoordination chemistrycoordination complextransition metal chemistrycatalysis

Mixed-Valent Dinuclear Nickel Complexes Enabled by an Expanded Pnnp Pincer Ligand. Inorganic Chemistry (2025)

inorganic compoundschemistryinorganic chemistryinorganic synthesismolecular structuremolecular complexeschemical structurecoordination chemistrycoordination complextransition metal chemistrychemical engineeringstructural chemistry

Nitrite Reduction With H 2 S/Thiol Mediated by Cobalt and Manganese Porphyrins in the Solid State. Inorganic Chemistry (2025)

Garik G. MartirosyanAstghik A. HovhannisyanLusine S. HarutyunyanAshkharuhi G. AleksanyanAlexei V. IretskiiPeter C. Ford

manganese porphyrinssolid stateinorganic compoundschemistryinorganic chemistrytransition metal chemistrynitrite reduction

Synergistic Effect of No and Reactive Oxygen Species as a New Approach in Pdt: Photobiological and Biochemical Studies Involving Phthalocyanine-Ruthenium Complexes as New Photosensitizer. Journal of Photochemistry and Photobiology A Chemistry (2025)

phthalocyanine-ruthenium complexeschemistrymechanistic photochemistrybiochemistryphotocatalysisoxygen speciessynergistic effectphotochemistryphotomedicinetransition metal chemistryphotoredox process

The Dinuclear Photocorm (Co) 3 (Bpy)Remn(Co) 5. Formation of a Luminactive Product Upon Co Uncaging by Mmlct Excitation. Journal of Coordination Chemistry (2025)

photophysical propertieslight sciencechemistrymmlct excitationspectroscopymechanistic photochemistryoptical propertiesluminactive productdinuclear photocormluminescenceapplied physicsphysicsphotochemistryphotochromismsynthetic photochemistry

Chemical Approach for Obtaining a Porphyrin Bonded to Nitro-Ruthenium Derivative as a Promising Photosensitizer for Enhancing Light Irradiation Therapy. Inorganic Chemistry Communications (2024)

MT MartinAB BecceneriPC FordRS da Silva

light irradiation therapyinorganic chemistryinnovative treatmentmaterial chemistrychemical sciencesfunctional modificationphotomedicinenanotechnologytreatment effectsadvanced materialschemical synthesischemical technologymedicinal chemistrybiomedical engineeringinorganic compoundsradiation oncologycoordination chemistrytransition metal chemistrychemical engineering

Increasing the Co‐Release Photosensitivity of Mn(I) Carbonyl Complexes Towards Longer Wavelengths by Electronically Tuning Their Schiff Base Ligands. Applied Organometallic Chemistry (2024)

Zhuoqin LiMinghui MaZhiyin XiaoXiujuan JiangXinlei XuHailong WangPeter C. FordXiaoming Liu

photophysical propertieschemistrybiomolecular engineeringinorganic chemistrymechanistic photochemistryoptical propertiesorganometallic chemistryvibrational spectroscopyorganometallic catalysisschiff base ligandscarbonyl complexes towardsapplied chemistrycoordination chemistrycoordination complextransition metal chemistryco-release photosensitivitychemical engineeringstructural chemistry

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Peter C. Ford

Distinguished Professor

University of California, Santa Barbara

Affiliations

College of Creative Studies

Chemistry / Biochemistry

College of Letters & Science

Chemistry and Biochemistry

Peter C. Ford is currently serving as a Chemistry / Biochemistry Distinguished Professor at University of California, Santa Barbara.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Peter C. Ford

University of California, Santa Barbara

Distinguished Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Selective Conversion of Lignin to Benzoquinones Under Ambient Conditions: Unlocking the Potential of a Single Platform Chemical Strategy. Green Chemistry (2026)

Coupling Nitric Oxide Photo-Uncaging With Radiotherapy. Coordination Chemistry Reviews (2025)

biomedical imagingradiation oncologyradiationphotochemistryphotomedicinephotodynamic therapy

Hydrogen Peroxide Mediated Oxidation of Manganese Carbonyls in Alkaline Solution. Inorganic Chemistry (2025)

Mixed-Valency in Multinuclear Nickel Complexes: From Fundamentals to Nickel Enzymes. Journal of Inorganic Biochemistry (2025)

chemistryinorganic chemistrychemical engineeringmolecular complexesfrom fundamentalsorganometallic chemistrybiochemistrycoordination chemistrycoordination complextransition metal chemistrycatalysis

Mixed-Valent Dinuclear Nickel Complexes Enabled by an Expanded Pnnp Pincer Ligand. Inorganic Chemistry (2025)

Nitrite Reduction With H 2 S/Thiol Mediated by Cobalt and Manganese Porphyrins in the Solid State. Inorganic Chemistry (2025)

Garik G. MartirosyanAstghik A. HovhannisyanLusine S. HarutyunyanAshkharuhi G. AleksanyanAlexei V. IretskiiPeter C. Ford

manganese porphyrinssolid stateinorganic compoundschemistryinorganic chemistrytransition metal chemistrynitrite reduction

phthalocyanine-ruthenium complexeschemistrymechanistic photochemistrybiochemistryphotocatalysisoxygen speciessynergistic effectphotochemistryphotomedicinetransition metal chemistryphotoredox process

The Dinuclear Photocorm (Co) 3 (Bpy)Remn(Co) 5. Formation of a Luminactive Product Upon Co Uncaging by Mmlct Excitation. Journal of Coordination Chemistry (2025)

Chemical Approach for Obtaining a Porphyrin Bonded to Nitro-Ruthenium Derivative as a Promising Photosensitizer for Enhancing Light Irradiation Therapy. Inorganic Chemistry Communications (2024)

MT MartinAB BecceneriPC FordRS da Silva

Increasing the Co‐Release Photosensitivity of Mn(I) Carbonyl Complexes Towards Longer Wavelengths by Electronically Tuning Their Schiff Base Ligands. Applied Organometallic Chemistry (2024)

Zhuoqin LiMinghui MaZhiyin XiaoXiujuan JiangXinlei XuHailong WangPeter C. FordXiaoming Liu

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transition metal chemistry

photosynthesis

Richard Eisenberg

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University of Rochester

photocatalysis

light-to-chemical energy conversion

Wenyu Huang

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chemistry

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