Faculty

Institution

Unit

Venue

Nick Jackson

Assistant Professor of Chemistry

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Chemistry

School of Chemical Sciences

Department of Chemistry

Nick Jackson is currently serving as a College Of Liberal Arts & Sciences Assistant Professor of Chemistry at Uiuc.

Honors

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Experiences

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Education

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Nick Jackson

UIUC

Assistant Professor of Chemistry

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chemistry applied physics molecular structure molecular modelling computational chemistry quantum chemistry polymer science biophysics materials science polymer chemistry molecular science molecular electronics physical chemistry computational materials science material chemistry biopolymers conjugated polymers organic semiconductors molecular design molecular physics molecular liquids chemical physics molecular properties molecular informatics machine learning research organic solar cells charge transport molecule-based materials solar energy conversion material research material simulation polymer composites physic aware machine learning organic electronics polymer modeling charge carrier transport computational intelligence electronic excited states macromolecular systems molecular materials macromolecular architecture material modeling polyelectrolyte gel polymer solutions supramolecular polymers electronic properties advanced functional materials transition metal chemistry condensed matter polymer self-assembly excited state property molecular polymer conformational studies organic charge-transfer compound glass material polyelectrolyte brushes macromolecular science molecular kinetics glass-forming liquids electron transport x-ray spectroscopy polymer physics coordination complex conjugated copolymers x-ray transient absorption polymer networks polyelectrolyte complex materials genome initiative materials discovery new materials deployment common conjugated polymers conformational order multivalent counterions lubrication properties polyelectrolyte complex coacervates recent developments unconventional computing molecular computing artificial intelligence

Notable Scholarly Works

Notable Federal Grants

Collaborators

All-Atom Reactive Monte Carlo Molecular Dynamics for Molecular Doping in Organic Semiconductors. (2025)

Vishnu RaghuramanArchana VermaNicholas Jackson

computational chemistrymolecule-based materialsdoping efficiencyorganic semiconductorsmolecular electronicsmolecular modellingquantum chemistrymolecular structuremolecular dopingapplied physicsdensity functional theoryorganic charge-transfer compoundtheoretical chemistrychemistry

Conformation Mediated Doping in P3Ht: F4tcnq Dimers From Density Functional Theory. (2025)

Archana VermaChun-I WangReesa EsperaVishnu RaghuramanNicholas Jackson

computational chemistryf4tcnq dimersorganic semiconductorsstructural chemistrymolecular modellingquantum chemistrymolecular structuremolecular scienceelectronic structurecharge transportapplied physicsmolecular dopingdensity functional theoryorganic charge-transfer compoundcharge carrier transportphysical chemistrytheoretical chemistrychemistry

Functional Monomer Design for Synthetically Accessible Polymers. Chemical Science (2025)

Seonghwan KimCharles M. SchroederNicholas E. Jackson

biological engineeringaccessible polymerschemistryactive learningfunctional monomer designchemical sciencespolymer chemistryfunctional polymersmolecular polymerpolymer sciencebiopolymers

In Silico Exploration of Metabolite-Derived Soft Materials Using a Chemical Reaction Network. Chemistry of Materials (2025)

Shruti IyerNicholas E. Jackson

chemical kineticsmetabolite-derived soft materialschemical engineeringchemical reaction engineeringchemical reaction networkchemical analysisindustrial chemistrygeneral chemistrycheminformaticssilico explorationchemistry

Lifelong Learning for Large Language Models in Predicting Chemical Reaction Yields. (2025)

Ganesh SivaramanNicholas JacksonKrishnan Raghavan

llm fine-tuningcomputer sciencecomputational intelligencelanguage modelsmachine learningnatural language processingdata sciencelarge language modelssequential learningcontinual learningmachine learning researchexperience replay

Machine Learning Intermolecular Electronic Couplings: Opportunities and Challenges. (2025)

Chun-I WangAidan LindsayNicholas Jackson

computational chemistrycanonical molecular dopantphysicsmolecular computingmolecular propertiesmachine learningmolecular electronicsmolecular informaticsmolecular modellingquantum chemistrymolecular structureiec predictionchemical physicscomputational materials sciencechemistry

Radical Reactivity Ratio Predictions for Copolymers With an Interpretable Machine Learning Model. (2025)

Jingdan ChenNicholas Jackson

computational chemistrymolecular recognitionreactivity ratiosbipolar reactivitymolecular propertiesbiophysicsmolecular informaticsmolecular modellingmolecular structuremolecular designcheminformaticscopolymerization kineticstheoretical chemistrychemistry

Shortest Paths Govern Bond Rupture in Thermoset Networks. Macromolecules (2025)

Zheng YuNicholas E. Jackson

material simulationmd simulationsmolecular modelsbiophysicsshortest pathsstatistical mechanicsmolecular modellingmolecular structureapplied physicspolymer modelingbond rupturemechanics of materials

Ten Problems in Polymer Reactivity Prediction. Macromolecules (2025)

Nicholas E. JacksonBrett M. Savoie

computational chemistrymaterials sciencechemical kineticspolymerization kineticspolymer modelingpolymer chemistrypolymer reactivity predictionchemical physicspolymer sciencetheoretical chemistryreactivity (chemistry)chemistry

Ubiquitous Chiral Symmetry Breaking of Conjugated Polymers via Liquid-Liquid Phase Separation. (2025)

Zhuang XuZiming WangRui ZhangArchana VermaJustin S. NeuPriyotosh BairagyaSanghyun JeonAlec M. DamronJoshua M. RinehartJustine S. WagnerSina SaburyXuyi LuoAnna M. ÖsterholmJianguo MeiJeffrey S. MooreWei YouJohn R. ReynoldsNicholas E. JacksonYing Diao

supramolecular polymersbiophysicsliquid-liquid phase separationconjugated polymersself-assemblymolecular structureintrinsic molecular chiralitymolecular liquidsphase separationbiopolymerspolymer sciencechemistry

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Nick Jackson

Assistant Professor of Chemistry

UIUC

Affiliations

College of Liberal Arts & Sciences

Department of Chemistry

School of Chemical Sciences

Department of Chemistry

Nick Jackson is currently serving as a College Of Liberal Arts & Sciences Assistant Professor of Chemistry at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Nick Jackson

UIUC

Assistant Professor of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

All-Atom Reactive Monte Carlo Molecular Dynamics for Molecular Doping in Organic Semiconductors. (2025)

Vishnu RaghuramanArchana VermaNicholas Jackson

Conformation Mediated Doping in P3Ht: F4tcnq Dimers From Density Functional Theory. (2025)

Archana VermaChun-I WangReesa EsperaVishnu RaghuramanNicholas Jackson

Functional Monomer Design for Synthetically Accessible Polymers. Chemical Science (2025)

Seonghwan KimCharles M. SchroederNicholas E. Jackson

biological engineeringaccessible polymerschemistryactive learningfunctional monomer designchemical sciencespolymer chemistryfunctional polymersmolecular polymerpolymer sciencebiopolymers

In Silico Exploration of Metabolite-Derived Soft Materials Using a Chemical Reaction Network. Chemistry of Materials (2025)

Shruti IyerNicholas E. Jackson

Lifelong Learning for Large Language Models in Predicting Chemical Reaction Yields. (2025)

Ganesh SivaramanNicholas JacksonKrishnan Raghavan

Machine Learning Intermolecular Electronic Couplings: Opportunities and Challenges. (2025)

Chun-I WangAidan LindsayNicholas Jackson

Radical Reactivity Ratio Predictions for Copolymers With an Interpretable Machine Learning Model. (2025)

Jingdan ChenNicholas Jackson

Shortest Paths Govern Bond Rupture in Thermoset Networks. Macromolecules (2025)

Zheng YuNicholas E. Jackson

material simulationmd simulationsmolecular modelsbiophysicsshortest pathsstatistical mechanicsmolecular modellingmolecular structureapplied physicspolymer modelingbond rupturemechanics of materials

Ten Problems in Polymer Reactivity Prediction. Macromolecules (2025)

Nicholas E. JacksonBrett M. Savoie

Ubiquitous Chiral Symmetry Breaking of Conjugated Polymers via Liquid-Liquid Phase Separation. (2025)

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10 / page