Faculty

Institution

Unit

Venue

Jonathan Barnes

Associate Professor of Chemistry

Washington University in St. Louis

Affiliations

Arts & Sciences

Chemistry

The Institute of Materials Science & Engineering

Jonathan Barnes is currently serving as an Arts & Sciences Associate Professor of Chemistry at Washington University In St. Louis.

Honors

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Experiences

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Education

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Jonathan Barnes

Washington University in St. Louis

Associate Professor of Chemistry

You can click a keyword to filter the displayed items

materials science chemistry polymer science material chemistry applied physics chemical engineering nanotechnology organic chemistry organic synthesis advanced materials inorganic chemistry materials engineering nanomaterials material research supramolecular chemistry photoredox process electron transfer chemical sciences coordination chemistry biopolymers supramolecular assemblies heterocyclic polymer synthesis polymer technology mesoporous silica nanoparticles structural chemistry electronics free radical biology interface science molecular structure transition metal chemistry additive manufacturing organic electronics solid-state chemistry bio-inspired robotics nanobiotechnology pharmaceutical biotechnology polymer engineering ring-closing metathesis electrostatic loading biomedical applications cationic cyclophanes sustainable chemistry nanoparticle research redox biology molecular science polycyclic aromatic hydrocarbons molecular chemistry novel organocatalysts molecular recognition organometallic catalysis surface modification nanoscale chemistry nanoscale science heterocycle chemistry coordination complex fragmentation effect radical (chemistry) host-guest chemistry organic semiconductors pharmaceutical nanotechnology real-time control metal processing macromolecular chemistry biomimetic actuators macromolecular science sequence-controlled polymers iterative exponential growth free-standing acicular nanorods reversible electrochromism configurable six-state compound induced-fit catalysis corannulene bowl-to-bowl inversion larger pahs rigid linkers ultrafast conformational dynamics photoredox catalysis synthetic organic chemistry inorganic polymer polymer chemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Enhanced Electrochromic Smart Windows Based on Supramolecular Viologen Tweezers. Chemistry of Materials (2025)

smart surfaceinterface scienceelectroactive materialmolecular switchesbiomedical engineeringsupramolecular viologen tweezerssmart materials

Mitigating Pseudomonas Aeruginosa Biofilm Formation Using Self-Assembled Bactericidal Polymer Coatings. Materials Today Chemistry (2025)

antimicrobial agentscoatingsbiofilmspolymeric surfacemicrobiologybiomedical engineeringantimicrobial packagingantimicrobial compoundsself-healing surfaceadhesionorganic coatingapplied microbiologymulti-functional coating

Post-Polymerization Modification to Synthesize Atactic and Isotactic Polyacrylonitrile Copolymers and Related Carbon Fibers. Journal of the American Chemical Society (2025)

biological engineeringpolymer synthesisrelated carbon fiberspolymer engineeringpolymer sciencepolymer compositespost-polymerization modificationpolymer technologyfiberscomposite materialsadvanced fiber materialpolymer reactionpolymer chemistrymaterials scienceisotactic polyacrylonitrile copolymers

Template‐Directed Synthesis and Isolation of Unimolecular Oligo[N]Catenanes Using a One‐Pot Cuaac “Click” Reaction Approach. Chemistry - A European Journal (2025)

organic chemistry frontiersynthetic chemistrydiversity oriented synthesisorganic process researchchemical synthesischemistryorganic chemistrybiomolecular engineeringorganic synthesiscombinatorial chemistry

Synthesis of Linear [7]- and [8]Catenanes. Cell Reports Physical Science (2024)

Gray H. HarlanSheila L. TranNathan D. ColleyMark A. NosigliaYipei ZhangJonathan C. Barnes

biophysicscell biologysynthetic biologychemical synthesischemistryorganic synthesis

Development of a High-Throughput Mass Spectrometry-Based Sars-Cov-2 Immunoassay. Analytical Chemistry (2023)

Jie SunJong Hee SongMary K. DanielsonNathan D. ColleyAlia ThomasDavid HamblyJonathan C. BarnesMichael L. Gross

infectious diseasesimmunologyanalytical chemistrysars-cov-2mass spectrometryhealth sciences

Electrostatic Loading and Photoredox-Accelerated Release of Antibiotics From Oligoviologen-Crosslinked Hydrogels Using Red Light. Materials Today Chemistry (2023)

J.M. DorsainvilM.S. PalmquistJ. YangA.O. DelawderM.K. DanielsonY. ZhangT.M. SaakM.C. GruschkaX. KongT.A. WencewiczJ.C. Barnes

drug deliverymaterials engineeringadvanced materialsmaterial researchmaterial chemistrypharmaceutical biotechnologyelectrostatic loadingmedicinepharmacologyoligoviologen-crosslinked hydrogelsphotoredox-accelerated releasered lightcontrolled releasematerials science

Saltwater‐Induced Rapid Gelation of Photoredox‐Responsive Mucomimetic Hydrogels. Advanced Materials (2023)

Yipei ZhangRuihan LiTarryn C. TrickMark A. NosigliaMark S. PalmquistMason L. WongJovelt M. DorsainvilSheila L. TranMary K. DanielsonJonathan C. Barnes

advanced materialsengineeringmaterial researchsaltwater-induced rapid gelationapplied physicsphotoredox processmaterials science

Electrostatic Loading and Photoredox-Based Release of Molecular Cargo From Oligoviologen-Crosslinked Microparticles. Polymer Chemistry (2022)

Mark S. PalmquistMax C. GruschkaJovelt M. DorsainvilAbigail O. DelawderTiana M. SaakMary K. DanielsonJonathan C. Barnes

polymer sciencepolymer technologyelectrostatic loadingoligoviologen-crosslinked microparticlesphotoredox-based releasepolymer chemistrymolecular cargomaterials science

Metalation/Demetalation as a Postgelation Strategy to Tune the Mechanical Properties of Catenane-Crosslinked Gels. Journal of the American Chemical Society (2022)

Mark A. NosigliaNathan D. ColleyMary K. DanielsonMark S. PalmquistAbigail O. DelawderSheila L. TranGray H. HarlanJonathan C. Barnes

materials engineeringengineeringmetal processingmechanical engineeringcatenane-crosslinked gelsmaterials sciencepostgelation strategy

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Jonathan Barnes

Associate Professor of Chemistry

Washington University in St. Louis

Affiliations

Arts & Sciences

Chemistry

The Institute of Materials Science & Engineering

Jonathan Barnes is currently serving as an Arts & Sciences Associate Professor of Chemistry at Washington University In St. Louis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jonathan Barnes

Washington University in St. Louis

Associate Professor of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Enhanced Electrochromic Smart Windows Based on Supramolecular Viologen Tweezers. Chemistry of Materials (2025)

smart surfaceinterface scienceelectroactive materialmolecular switchesbiomedical engineeringsupramolecular viologen tweezerssmart materials

Mitigating Pseudomonas Aeruginosa Biofilm Formation Using Self-Assembled Bactericidal Polymer Coatings. Materials Today Chemistry (2025)

Post-Polymerization Modification to Synthesize Atactic and Isotactic Polyacrylonitrile Copolymers and Related Carbon Fibers. Journal of the American Chemical Society (2025)

Template‐Directed Synthesis and Isolation of Unimolecular Oligo[N]Catenanes Using a One‐Pot Cuaac “Click” Reaction Approach. Chemistry - A European Journal (2025)

Synthesis of Linear [7]- and [8]Catenanes. Cell Reports Physical Science (2024)

Gray H. HarlanSheila L. TranNathan D. ColleyMark A. NosigliaYipei ZhangJonathan C. Barnes

biophysicscell biologysynthetic biologychemical synthesischemistryorganic synthesis

Development of a High-Throughput Mass Spectrometry-Based Sars-Cov-2 Immunoassay. Analytical Chemistry (2023)

Jie SunJong Hee SongMary K. DanielsonNathan D. ColleyAlia ThomasDavid HamblyJonathan C. BarnesMichael L. Gross

infectious diseasesimmunologyanalytical chemistrysars-cov-2mass spectrometryhealth sciences

Electrostatic Loading and Photoredox-Accelerated Release of Antibiotics From Oligoviologen-Crosslinked Hydrogels Using Red Light. Materials Today Chemistry (2023)

J.M. DorsainvilM.S. PalmquistJ. YangA.O. DelawderM.K. DanielsonY. ZhangT.M. SaakM.C. GruschkaX. KongT.A. WencewiczJ.C. Barnes

Saltwater‐Induced Rapid Gelation of Photoredox‐Responsive Mucomimetic Hydrogels. Advanced Materials (2023)

Yipei ZhangRuihan LiTarryn C. TrickMark A. NosigliaMark S. PalmquistMason L. WongJovelt M. DorsainvilSheila L. TranMary K. DanielsonJonathan C. Barnes

advanced materialsengineeringmaterial researchsaltwater-induced rapid gelationapplied physicsphotoredox processmaterials science

Electrostatic Loading and Photoredox-Based Release of Molecular Cargo From Oligoviologen-Crosslinked Microparticles. Polymer Chemistry (2022)

Mark S. PalmquistMax C. GruschkaJovelt M. DorsainvilAbigail O. DelawderTiana M. SaakMary K. DanielsonJonathan C. Barnes

polymer sciencepolymer technologyelectrostatic loadingoligoviologen-crosslinked microparticlesphotoredox-based releasepolymer chemistrymolecular cargomaterials science

Metalation/Demetalation as a Postgelation Strategy to Tune the Mechanical Properties of Catenane-Crosslinked Gels. Journal of the American Chemical Society (2022)

Mark A. NosigliaNathan D. ColleyMary K. DanielsonMark S. PalmquistAbigail O. DelawderSheila L. TranGray H. HarlanJonathan C. Barnes

materials engineeringengineeringmetal processingmechanical engineeringcatenane-crosslinked gelsmaterials sciencepostgelation strategy

1
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7
10 / page

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Similar Faculty Members

Zhibin Guan

Institution

University of California, Irvine

organic chemistry

macromolecular materials chemistry

Nathan Gianneschi

Institution

Northwestern University

materials science

nanotechnology

Stephen L Craig

Institution

Duke University

reactive intermediates

smart material

Marcus Weck

Institution

New York University

self-assembly

biomolecular engineering

T. Randall Lee

Institution

University of Houston

organic chemistry

chemistry

Dominic McGrath

Institution

University of Arizona

chemistry

organic chemistry

Jeremiah A. Johnson

Institution

Massachusetts Institute of Technology

materials science

polymer science

Kenneth J. Shea

Institution

University of California, Irvine

synthetic organic chemistry

synthetic polymer nanoparticles

Stefan Bossmann

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materials science

nanotechnology

Jeffrey Pyun

Institution

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nanomaterials

nanoparticle research