Faculty

Institution

Unit

Venue

Alexei P. Sokolov

Professor ORNL Governors Chair

University of Tennessee

Affiliations

College of Arts and Sciences

Department of Chemistry

Alexei P. Sokolov is currently serving as a College Of Arts And Sciences Professor ORNL Governors Chair at University of Tennessee.

Honors

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Experiences

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Education

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Alexei P. Sokolov

University of Tennessee

Professor ORNL Governors Chair

You can click a keyword to filter the displayed items

materials science applied physics polymer science condensed matter physics physics biophysics nanotechnology physical chemistry nanomaterials materials engineering advanced materials macromolecular science condensed matter material research polymer engineering structural biology composite science polymer technology polymer nanotechnology material chemistry raman spectroscopy protein science energy storage materials membrane science organic electronics advanced energy material glass transition macromolecular chemistry electrochemical energy storage conducting polymers polymer nanocomposites nanoparticle research interface science electronic materials additive manufacturing membrane technology ionic conductors separation technology boson peak polymerized ionic liquids polymer physics lithium-ion batteries glass-forming liquids experimental biophysics polymer electrolytes protein dynamics vibrational spectroscopy polymer composites relaxation process advanced electrode material glass material neutron scattering nanoscale science carbon-based materials charge transport advanced manufacturing technologies nanocomposites fragmentation effect light scattering nanomechanics solid-state chemistry elasticity (physics) hydration water segmental dynamics fast dynamics ionic conductivity chain rigidity structural relaxation ionic liquids nanostructured polymers renewable energy storage polymer melts ionic transport molecular weight dynamic transition chain dynamics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Efficient LI + Transport Through a Single-Ion-Conducting Protective Layer for Stable Lithium–Metal Batteries. ACS Applied Materials & Interfaces (2026)

electrochemistrymaterials scienceenergy researchenergy storageadvanced energy materialelectrochemical energy storageenergy storage materialslithium-ion batteriesadvanced materials

Mechanistic Insight Into the Effects of A-Site Doping in Perovskite Nanorods on Interfacial LI-Ion and Na-Ion Transport in Polymer-Perovskite Composite Electrolytes. ChemRxiv (2026)

electrochemistrymaterials scienceenergy materialsenergy storageadvanced energy materiallithium-ion batteries

Rational Design and Synthesis of Zwitterionic Polysiloxanes With Extreme Dielectric Permittivity. ChemRxiv (2026)

materials sciencematerial researchorganic-inorganic hybrid materialspolymer chemistrypolymer scienceadvanced dielectricmaterial chemistrychemistry

Revealing the Bond Exchange and Network Rearrangement Mechanism in Vitrimers. Science Advances (2026)

biophysical chemistrymolecular structuresupramolecular chemistryphysical chemistrychemistry

Structural Effects of Composition Tuning in A-Site Disordered Perovskite La 0.5 LI 0.5− X M X Tio 3 (M = Na, K) Nanorods for Fast Interfacial Transport for Solid Composite Electrolyte Design. Journal of Materials Chemistry A (2026)

electrochemistrymaterials sciencehalide perovskitesperovskite modulelead-free perovskitesperovskite solar cellscrystal growthnanomaterialsmaterial researchsolid-state chemistry

Theoretically Unveiling the Factors That Control Activated Ion Mobility in Lithium-Based Polymerized Ionic Liquids and Glasses. ACS Central Science (2026)

electrochemistrymaterials scienceenergy storageenergy storage materialssolid-state ionicsion processpolymer sciencesolid-state batteriesmaterial chemistrychemistry

Zwitterionic Polysiloxanes With Extreme Dielectric Permittivity. ChemRxiv (2026)

materials sciencesemiconducting polymersfunctional materialsadvanced materialsadvanced dielectricmaterial chemistrychemistry

Author Response for"a Single-Ion-Conducting Polymer and High-Entropy LI-Garnet Composite Electrolyte With Simultaneous Enhancement in Ion Transport and Mechanical Properties". (2025)

electrochemistrymaterials scienceionic conductorsadvanced energy materialenergy storageenergy storage materialsconducting polymerselectroactive material

Critical Role of Polymer-Ceramic Ion Exchange for High Conductivity Composite Electrolytes. Solid State Ionics (2025)

electrochemistrymaterials scienceionic conductorsadvanced energy materialsolid-state ionicsceramics

Critical Role of the Steric Factor in the Viscoelasticity of Vitrimers. Macromolecules (2025)

fluid sciencebiophysicscomplex fluidsrheologyrheological propertiespolymer chemistrymacromolecular sciencepolymer sciencebiopolymers

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Alexei P. Sokolov

Professor ORNL Governors Chair

University of Tennessee

Affiliations

College of Arts and Sciences

Department of Chemistry

Alexei P. Sokolov is currently serving as a College Of Arts And Sciences Professor ORNL Governors Chair at University of Tennessee.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Alexei P. Sokolov

University of Tennessee

Professor ORNL Governors Chair

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Efficient LI + Transport Through a Single-Ion-Conducting Protective Layer for Stable Lithium–Metal Batteries. ACS Applied Materials & Interfaces (2026)

electrochemistrymaterials scienceenergy researchenergy storageadvanced energy materialelectrochemical energy storageenergy storage materialslithium-ion batteriesadvanced materials

Mechanistic Insight Into the Effects of A-Site Doping in Perovskite Nanorods on Interfacial LI-Ion and Na-Ion Transport in Polymer-Perovskite Composite Electrolytes. ChemRxiv (2026)

electrochemistrymaterials scienceenergy materialsenergy storageadvanced energy materiallithium-ion batteries

Rational Design and Synthesis of Zwitterionic Polysiloxanes With Extreme Dielectric Permittivity. ChemRxiv (2026)

materials sciencematerial researchorganic-inorganic hybrid materialspolymer chemistrypolymer scienceadvanced dielectricmaterial chemistrychemistry

Revealing the Bond Exchange and Network Rearrangement Mechanism in Vitrimers. Science Advances (2026)

biophysical chemistrymolecular structuresupramolecular chemistryphysical chemistrychemistry

electrochemistrymaterials sciencehalide perovskitesperovskite modulelead-free perovskitesperovskite solar cellscrystal growthnanomaterialsmaterial researchsolid-state chemistry

Theoretically Unveiling the Factors That Control Activated Ion Mobility in Lithium-Based Polymerized Ionic Liquids and Glasses. ACS Central Science (2026)

electrochemistrymaterials scienceenergy storageenergy storage materialssolid-state ionicsion processpolymer sciencesolid-state batteriesmaterial chemistrychemistry

Zwitterionic Polysiloxanes With Extreme Dielectric Permittivity. ChemRxiv (2026)

materials sciencesemiconducting polymersfunctional materialsadvanced materialsadvanced dielectricmaterial chemistrychemistry

Author Response for"a Single-Ion-Conducting Polymer and High-Entropy LI-Garnet Composite Electrolyte With Simultaneous Enhancement in Ion Transport and Mechanical Properties". (2025)

electrochemistrymaterials scienceionic conductorsadvanced energy materialenergy storageenergy storage materialsconducting polymerselectroactive material

Critical Role of Polymer-Ceramic Ion Exchange for High Conductivity Composite Electrolytes. Solid State Ionics (2025)

electrochemistrymaterials scienceionic conductorsadvanced energy materialsolid-state ionicsceramics

Critical Role of the Steric Factor in the Viscoelasticity of Vitrimers. Macromolecules (2025)

fluid sciencebiophysicscomplex fluidsrheologyrheological propertiespolymer chemistrymacromolecular sciencepolymer sciencebiopolymers

1
2
3
4
5
47
10 / page

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polymer science

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Princeton University

multifunctional materials

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Columbia University

materials science

polymer science

Benjamin Chu

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physical chemistry

polymer physics

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nanomaterials

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