Faculty

Institution

Unit

Venue

Brent Fultz

Professor of Materials Science and Applied Physics

California Institute of Technology

Affiliations

Applied Physics and Materials Science

Applied Physics

Materials Science

Division of Engineering and Applied Science

Applied Physics and Materials Science

Brent Fultz is currently serving as an Applied Physics Professor of Materials Science and Applied Physics at California Institute of Technology.

Honors

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Experiences

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Education

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Brent Fultz

California Institute of Technology

Professor of Materials Science and Applied Physics

You can click a keyword to filter the displayed items

materials science applied physics condensed matter physics physics mechanical engineering atomic physics advanced materials phonons thin films materials engineering condensed matter material chemistry surface science nanotechnology material research physical chemistry electronic materials mechanical science energy storage materials steel research metals mossbauer spectroscopy transition metal chemistry solid-state chemistry lithium-ion batteries alloy design solid-state physics electrochemical energy storage solid-state electronics adsorption nanocrystalline materials inelastic neutron scattering advanced electrode material neutron scattering vibrational entropy advanced energy material electronic structure temperature dependence quantum science energy chemistry alloy phase mechanical alloying phonon anharmonicity phonon entropy entropy composite science metallurgical process zeolites transformation kinetics electric battery material physics mossbauer spectrometry study nanoparticle research power engineering metal processing nanoscale science surface reactivity layered materials experimental thermodynamics powder metallurgy nanostructure synthesis high temperatures surface nanotechnology power generation carbon-based materials zeolite-templated carbon vibrational entropies lithium intercalation phonon density elevated temperatures surface modification metallurgical interaction magnetic materials hydrogen adsorption phonon densities low temperatures

Notable Scholarly Works

Notable Federal Grants

Collaborators

Anharmonic Phonons, Thermal Expansion, and Nuclear Quantum Effects in Zn. Physical Review Materials (2025)

advanced materialsphononsthermal propertiescondensed matter physicscondensed mattermaterials sciencematerial physicselectronic materialssolid-state physicsmaterial researchquantum materials

Diffuse Intensity From Phonon Noise in Inelastic Neutron Scattering. Physical Review Materials (2025)

phononscondensed matter physicscondensed mattermaterials sciencematerial physicsphysicsmaterial researchneutron scatteringcharacterization (materials science)

Phonon Second Harmonic Generation in Nabr Studied by Inelastic Neutron Scattering and Computer Simulation. Physical Review Materials (2025)

nuclear physicsnuclear sciencephononscondensed matter physicscondensed mattermaterials sciencematerial physicssolid-state physicsphysicsmaterial researchcomputational materials scienceneutron scattering

Thermodynamic Origin of the Pressure-Induced Invar Effect: General Criterion and Experimental Study of Fe 68 Pd 32. Physical review. B./Physical review. B (2025)

thermophysical propertiesfluid sciencemechanical propertiesfluid mechanicsexperimental thermodynamicsthermodynamicsmechanicsmechanical engineering

A High Energy Density LI-Ion Battery Cathode Using Only Industrial Elements. (2024)

Eshaan S. PatheriaPedro GuzmanLeah S. SoldnerMichelle D. QianColin T. MorrellSeong Shik KimKyle HunadyElena R. Priesen ReisNicholas V. DulockJames R. NeilsonJohanna Nelson WekerBrent FultzKimberly A. See

energy storage materialssustainable energy technologieselectrochemical energy storageenergy storagechemical engineeringelectric batteryelectrochemical energy conversionhigh energy density physicsadvanced energy materialindustrial elementsenergy efficiencysolid-state batterieslithium-ion batterieselectrical engineeringelectrochemical engineeringmechanical engineering

Atomistic Origin of the Entropy of Melting From Inelastic Neutron Scattering and Machine Learned Molecular Dynamics. Communications Materials (2024)

Camille M. Bernal-ChobanVladimir LadyginGarrett E. GranrothClaire N. SaundersStefan H. LohausDouglas L. AbernathyJiao YY. LinBrent Fultz

molecular dynamicsmaterials scienceatomistic origininelastic neutron scattering

Entropy. Springer texts in statistics (2024)

Kenneth Lange

Kr Adsorption in Porous Carbons: Temperature-Dependent Experimental and Computational Studies. Langmuir (2024)

Ziyi WangCullen M. QuineClaire N. SaundersCamille M. Bernal-ChobanChanning C. AhnBrent T. Fultz

computational studiesexperimental analysiskr adsorptiontemperature-dependent experimentalchemical engineering

Pressure Induced Invar Effect in Fe 55 Ni 45: An Experimental Study With Nuclear Resonant Scattering. Physical review. B./Physical review. B (2024)

P. GuzmanS. H. LohausC. M. Bernal-ChobanB. FultzJ. Y. ZhaoG. ShenM. Y. HuE. E. AlpB. Lavina

invar effectnuclear resonant scatteringexperimental studyphysics

Suppression of Transition Metal Dissolution in Mn-Rich Layered Oxide Cathodes With Graphene Nanocomposite Dry Coatings. Journal of The Electrochemical Society (2024)

David A. BoydCullen M. QuineJasmina PasalicChanning AhnWilliam C. WestBrent Fultz

electrochemical surface sciencetransition metal dissolutiongraphenematerials scienceadvanced energy materialelectrochemistrysurface scienceenvironmental engineeringenergy storage materialsnanoengineeringelectrode-electrolyte interfacessurface nanotechnologymn-rich layeredoxide cathodessurface modificationsurface reactivitycoatingsenergy chemistrynanoparticle researchtransition metal chemistrychemical engineering

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Brent Fultz

Professor of Materials Science and Applied Physics

California Institute of Technology

Affiliations

Applied Physics and Materials Science

Applied Physics

Materials Science

Division of Engineering and Applied Science

Applied Physics and Materials Science

Brent Fultz is currently serving as an Applied Physics Professor of Materials Science and Applied Physics at California Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Brent Fultz

California Institute of Technology

Professor of Materials Science and Applied Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Anharmonic Phonons, Thermal Expansion, and Nuclear Quantum Effects in Zn. Physical Review Materials (2025)

advanced materialsphononsthermal propertiescondensed matter physicscondensed mattermaterials sciencematerial physicselectronic materialssolid-state physicsmaterial researchquantum materials

Diffuse Intensity From Phonon Noise in Inelastic Neutron Scattering. Physical Review Materials (2025)

phononscondensed matter physicscondensed mattermaterials sciencematerial physicsphysicsmaterial researchneutron scatteringcharacterization (materials science)

Phonon Second Harmonic Generation in Nabr Studied by Inelastic Neutron Scattering and Computer Simulation. Physical Review Materials (2025)

Thermodynamic Origin of the Pressure-Induced Invar Effect: General Criterion and Experimental Study of Fe 68 Pd 32. Physical review. B./Physical review. B (2025)

thermophysical propertiesfluid sciencemechanical propertiesfluid mechanicsexperimental thermodynamicsthermodynamicsmechanicsmechanical engineering

A High Energy Density LI-Ion Battery Cathode Using Only Industrial Elements. (2024)

Atomistic Origin of the Entropy of Melting From Inelastic Neutron Scattering and Machine Learned Molecular Dynamics. Communications Materials (2024)

Camille M. Bernal-ChobanVladimir LadyginGarrett E. GranrothClaire N. SaundersStefan H. LohausDouglas L. AbernathyJiao YY. LinBrent Fultz

molecular dynamicsmaterials scienceatomistic origininelastic neutron scattering

Entropy. Springer texts in statistics (2024)

Kenneth Lange

Kr Adsorption in Porous Carbons: Temperature-Dependent Experimental and Computational Studies. Langmuir (2024)

Ziyi WangCullen M. QuineClaire N. SaundersCamille M. Bernal-ChobanChanning C. AhnBrent T. Fultz

computational studiesexperimental analysiskr adsorptiontemperature-dependent experimentalchemical engineering

Pressure Induced Invar Effect in Fe 55 Ni 45: An Experimental Study With Nuclear Resonant Scattering. Physical review. B./Physical review. B (2024)

P. GuzmanS. H. LohausC. M. Bernal-ChobanB. FultzJ. Y. ZhaoG. ShenM. Y. HuE. E. AlpB. Lavina

invar effectnuclear resonant scatteringexperimental studyphysics

Suppression of Transition Metal Dissolution in Mn-Rich Layered Oxide Cathodes With Graphene Nanocomposite Dry Coatings. Journal of The Electrochemical Society (2024)

David A. BoydCullen M. QuineJasmina PasalicChanning AhnWilliam C. WestBrent Fultz

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materials science

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Mark Asta

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materials science

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Robert Klie

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material properties

molecular crystal

Eric Stach

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material simulation

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