Faculty

Institution

Unit

Venue

Paul V Braun

Professor and Grainger Distinguished Chair in Engineering; Director of Materials Research Laboratory

UIUC

Affiliations

The Grainger College of Engineering

Department of Materials Science and Engineering

Materials Science & Engineering

Paul V Braun is currently serving as a Materials Science And Engineering Professor and Grainger Distinguished Chair in Engineering; Director of Materials Research Laboratory at Uiuc.

Honors

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Experiences

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Education

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Paul V Braun

UIUC

Professor and Grainger Distinguished Chair in Engineering; Director of Materials Research Laboratory

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materials science applied physics advanced energy material energy storage materials energy storage material chemistry chemistry electrochemistry optical materials chemical engineering electrochemical energy storage advanced electrode material polymer science electrochemical engineering advanced functional materials photonic crystals nanomaterials lightwave technology nanotechnology photonic devices lithium-ion batteries solid-state batteries interface science material research nanoparticle research biopolymers polymer composites light science crystal growth crystal engineering polymer testing crystal research porous materials thermal conductivity metal anode colloidal materials electrode-electrolyte interfaces nanostructure synthesis electromagnetic metamaterials smart polymers thermal conduction thermal transport photonic sensors colloidal systems plasmonics nanolithography method energy storage devices self-healing materials plasmonic materials colloid chemistry molecular self-assembly energy materials nanoscale chemistry self-healing surface thermal properties photopolymer network nanoporous materials polymer self-assembly polymer nanotechnology supercapacitors direct laser writing colloidal crystals porous silicon colloidal crystal biological systems reduced graphene oxide thermal conductance colloidal particles hole-mask colloidal nanolithography battery electrodes electron transport polymer brushes optical diffraction cognitive monitoring prosthetic control aupd nanoparticles molecular electronics integrated optics nanoengineering nano energy electroactive material

Notable Scholarly Works

Notable Federal Grants

Collaborators

All-Dielectric Meta-Atoms for Three-Dimensional Isotropic Chiral Metamaterials. ACS Photonics (2025)

Ekin Gunes OzaktasPaul V. BraunShanhui Fan

physicsdynamic metamaterialsadvanced functional materialsadvanced dielectricnegative-index metamaterialoptical propertiesoptical materialscrystal researchelectromagnetic metamaterialsall-dielectric meta-atomsmetamaterialsphotonic crystalsapplied physics

Atomic Structure Determination of Amorphous Solids. Microscopy and Microanalysis (2025)

Jian-Min ZuoRobert BuschSaran PidaparthyHyewon JeongHanyu HouKaijun YinZihao XuPeilin LuPaul Braun

materials scienceatomic structure determinationmaterial researchatomic physicscrystallographystructure determinationamorphous solidcharacterization (materials science)

Author Response for"Role of Crystallographic Orientation in Atom Probe Analysis of LI-Ion Battery Cathode Materials". (2025)

Jr-Wen LinDajie XieHyewon JeongAlexander J. LittlefieldTimothy SpilaBeniamin ZahiriPaul V. Braun

materials sciencelithium-ion batteriesauthor responseadvanced energy materialcrystallographic orientationatomic spectroscopycrystallographyenergy storage materialsapplied physicsadvanced electrode materialenergy storagecharacterization (materials science)atom probe analysis

Beyond Heat Harvesting: Thermoelectric Materials and Hybrid Devices for Smart Sensing and Sustainable Technologies. Advanced Energy Materials (2025)

Neeraj DhariwalPreety YadavAkankshaSakshi BishtRamesh ChandraO. P. ThakurPaul V. BraunSung Bum KangAmit SangerVinod Kumar

functional materialsmaterials scienceadvanced energy materialchemical engineeringthermal engineeringenergy harvestingsensorsenergy conversionadvanced materialsself-powered nanodevicesflexible electronicsthermoelectric materialswearable electronicsthermal sensorsmachine learningheat harvesting

Chemo-Electrochemical Evolution of Cathode–Solid Electrolyte Interface in All-Solid-State Batteries. (2025)

Patrick KwonCarlos Juarez-YescasHyewon JeongSaeed MoradiElizabeth GaoDebbie LawrenceBeniamin ZahiriPaul Braun

materials sciencesolid electrolyteelectrode-electrolyte interfacesadvanced energy materialinterface scienceelectrochemical energy storagechemical engineeringelectrochemical engineeringcathode coatingsolid-state batteriesenergy storage materialsadvanced materialsadvanced electrode materialchemistrycathode–solid electrolyte interfaceenergy storageelectrochemistry

Crosslinking Density and Salt Addition Impacts on the Large Amplitude Oscillatory Shear Response of Acrylate Network Electrolytes. Journal of Polymer Science (2025)

Samyak N. ChordiaPaul V. BraunShailesh N. JoshiTimothy S. ArthurChristopher M. Evans

materials scienceelectrode-electrolyte interfacesmaterial chemistryacrylate network electrolyteselectrochemical energy conversionacrylate networkpolymer compositeselectrochemistrychemical engineeringpolymer chemistryenergy storage materialsethylene oxideadvanced energy materialpolymer testingchemistryenergy storageionic conductorssolid-state batteriespolymer science

Curvature-Dependent Electrochemo-Mechanics of Silicon During Electrochemical Cycling. ACS Energy Letters (2025)

Hyewon JeongZhuoyuan ZhengParth BansalNathan J. FritzPeilin LuArghya PatraBeniamin ZahiriPingfeng WangPaul V. Braun

surface scienceelectrochemical engineeringelectrochemical cyclingelectroanalytical chemistryapplied physicselectrochemical interfacesfundamental electrochemistryelectrochemistry

Fundamental Understanding of Polystyrene Template Sintering Process for Tailoring Morphology of Well-Connected Inverse Opal Structures. Langmuir (2025)

Tianzhu FanShailesh N. JoshiDanny J. LohanSujan DewanjeePaul V. BraunErcan M. Dede

polymer sciencematerials sciencepolymer meltsfundamental understandingmaterial chemistryporous polymersmaterial researchpolymer testingmaterials engineeringsinteringporous materialspolymer chemistryadvanced materialspolystyrene templatepolymer propertiescrystal engineeringapplied physicsio spherical template

Life Cycle Assessment of Direct Recycling for Cathode Active Materials. (2025)

Zheng LiuKai-Wei LanJarom G. SederholmPaul V. BraunNicola H. PerryYumeng LiPingfeng Wang

environmental engineeringwaste managementmaterial cycleschemical engineeringsustainable productslife-cycle engineeringrecycling technologiesrecyclinglife cycle assessmentclean technology

Measuring the Thermal Conductivity of Hydrogels With a Bidirectional 3ω Method. Review of Scientific Instruments (2025)

Daniel H. HsiehYoungmun LeeMayur S. PrabhudesaiJay TaylorPaul V. BraunSanjiv Sinha

biopolymer gelmoisture contentsmart polymersbiomedical engineeringpolymer testingthermal engineeringsmart materialsbiomaterialsbiopolymersswollen hydrogelspolymer sciencethermal conductivitybiological engineeringheat transfer

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Paul V Braun

Professor and Grainger Distinguished Chair in Engineering; Director of Materials Research Laboratory

UIUC

Affiliations

The Grainger College of Engineering

Department of Materials Science and Engineering

Materials Science & Engineering

Paul V Braun is currently serving as a Materials Science And Engineering Professor and Grainger Distinguished Chair in Engineering; Director of Materials Research Laboratory 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

Paul V Braun

UIUC

Professor and Grainger Distinguished Chair in Engineering; Director of Materials Research Laboratory

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

All-Dielectric Meta-Atoms for Three-Dimensional Isotropic Chiral Metamaterials. ACS Photonics (2025)

Ekin Gunes OzaktasPaul V. BraunShanhui Fan

Atomic Structure Determination of Amorphous Solids. Microscopy and Microanalysis (2025)

Jian-Min ZuoRobert BuschSaran PidaparthyHyewon JeongHanyu HouKaijun YinZihao XuPeilin LuPaul Braun

materials scienceatomic structure determinationmaterial researchatomic physicscrystallographystructure determinationamorphous solidcharacterization (materials science)

Author Response for"Role of Crystallographic Orientation in Atom Probe Analysis of LI-Ion Battery Cathode Materials". (2025)

Jr-Wen LinDajie XieHyewon JeongAlexander J. LittlefieldTimothy SpilaBeniamin ZahiriPaul V. Braun

Beyond Heat Harvesting: Thermoelectric Materials and Hybrid Devices for Smart Sensing and Sustainable Technologies. Advanced Energy Materials (2025)

Neeraj DhariwalPreety YadavAkankshaSakshi BishtRamesh ChandraO. P. ThakurPaul V. BraunSung Bum KangAmit SangerVinod Kumar

Chemo-Electrochemical Evolution of Cathode–Solid Electrolyte Interface in All-Solid-State Batteries. (2025)

Patrick KwonCarlos Juarez-YescasHyewon JeongSaeed MoradiElizabeth GaoDebbie LawrenceBeniamin ZahiriPaul Braun

Crosslinking Density and Salt Addition Impacts on the Large Amplitude Oscillatory Shear Response of Acrylate Network Electrolytes. Journal of Polymer Science (2025)

Samyak N. ChordiaPaul V. BraunShailesh N. JoshiTimothy S. ArthurChristopher M. Evans

Curvature-Dependent Electrochemo-Mechanics of Silicon During Electrochemical Cycling. ACS Energy Letters (2025)

Hyewon JeongZhuoyuan ZhengParth BansalNathan J. FritzPeilin LuArghya PatraBeniamin ZahiriPingfeng WangPaul V. Braun

surface scienceelectrochemical engineeringelectrochemical cyclingelectroanalytical chemistryapplied physicselectrochemical interfacesfundamental electrochemistryelectrochemistry

Fundamental Understanding of Polystyrene Template Sintering Process for Tailoring Morphology of Well-Connected Inverse Opal Structures. Langmuir (2025)

Tianzhu FanShailesh N. JoshiDanny J. LohanSujan DewanjeePaul V. BraunErcan M. Dede

Life Cycle Assessment of Direct Recycling for Cathode Active Materials. (2025)

Zheng LiuKai-Wei LanJarom G. SederholmPaul V. BraunNicola H. PerryYumeng LiPingfeng Wang

environmental engineeringwaste managementmaterial cycleschemical engineeringsustainable productslife-cycle engineeringrecycling technologiesrecyclinglife cycle assessmentclean technology

Measuring the Thermal Conductivity of Hydrogels With a Bidirectional 3ω Method. Review of Scientific Instruments (2025)

Daniel H. HsiehYoungmun LeeMayur S. PrabhudesaiJay TaylorPaul V. BraunSanjiv Sinha

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5
55
10 / page