Faculty

Institution

Unit

Venue

Liam Stanton

Associate Professor

San Jose State University

Affiliations

College of Science

Department Of Mathematics And Statistics

Liam Stanton is currently serving as a College Of Science Associate Professor at San Jose State University.

Honors

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Experiences

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Education

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Liam Stanton

San Jose State University

Associate Professor

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applied physics particle physics physics dense plasmas biophysics atomic physics computer science plasma science machine learning multiscale modeling membrane biology one-component plasmas transport phenomena plasma physics computational biophysics high-energy-density matter linear screening cell signaling protein structure liver physiology protein science quantum chemistry theoretical biology high energy density physics biophysical review molecular science membrane science numerical simulations protein function protein modeling simulation infrastructure theoretical inorganic chemistry computational models bifurcation theory continuum modeling proteinlipid interaction biophysical modeling sequence analysis manifold learning inertial confinement fusion large-scale simulations cimarron project unified description parallel infrastructure adaptive multiscale simulations next-generation simulation infrastructure high-energy-density plasma electron-ion temperature equilibration hydrogen plasmas molecular dynamics studies coupled-mode regime screened coulomb interactions generalized ewald decomposition transport models natural computing system science scientific computing quantitative biology data science stochastic partial differential equations computational engineering systems engineering mathematical bioscience applied probability statistical physics computational physics engineering applied mathematics mathematics numerical mathematics data modeling model selection nonlinear dynamics multibody system dynamic probability theory statistics computational mechanics statistical mechanics statistical methodology nonlinear analysis biosystems computational mathematics computational statistics modeling and simulation economic modelling applied statistics rational mechanic stochastic process complex systems statistical models biostatistics computational science mathematical biology systems modeling general systems statistical theory mathematical programming bayesian analysis dynamical systems

Notable Scholarly Works

Notable Federal Grants

Collaborators

Improved Kelbg Potentials for Z 1 and Application to Carbon Plasmas. Contributions to Plasma Physics (2026)

Kras4A and Kras4B Show Distinct Lipid-Dependent Regulation of Ras-Raf Membrane Dynamics. Journal of Biological Chemistry (2026)

Dynamics and Lipid Membrane Coupling of the Ras-Raf Complex Revealed via Multiscale Simulations. Biophysical Journal (2025)

biophysicsproteinlipid interactionlipid membrane couplingmolecular modellingbiophysical reviewmolecular sciencebiochemistrymembrane biologymembrane sciencecomputational biophysicsras-raf complexbiophysical modelingmultiscale simulations

Influence of Plasma Screening on High-Density Inverse Bremsstrahlung Absorption. Physical review. E (2025)

Anisotropic Interactions for Continuum Modeling of Protein–Membrane Systems. The Journal of Chemical Physics (2024)

T. OppelstrupL. G. StantonJ. O. B. TempkinT. N. OzturkH. I. IngólfssonT. S. Carpenter

biophysicsanisotropic interactionscontinuum modelingprotein-membrane systems

Charged-Particle Transport in High Energy Density Plasmas. Physics of Plasmas (2024)

Stephanie B. HansenLucas J. StanekBrian M. HainesS. X. HuPatrick F. KnappMichael S. MurilloLiam G. StantonHeather D. Whitley

physicsplasma sciencehigh energy density physicsplasma physicscharged-particle transport

Comparison of Transport Models in Dense Plasmas. Physics of Plasmas (2024)

Zachary A. JohnsonLuciano G. SilvestriGeorge M. PetrovLiam G. StantonMichael S. Murillo

dense plasmastransport phenomenaphysicsplasma scienceplasma physicstransport models

Review of the Second Charged-Particle Transport Coefficient Code Comparison Workshop. Physics of Plasmas (2024)

Lucas J. StanekAlina KononovStephanie B. HansenBrian M. HainesS. X. HuPatrick F. KnappMichael S. MurilloLiam G. StantonHeather D. WhitleyScott D. BaalrudLucas J. BabatiAndrew D. BaczewskiMandy BethkenhagenAugustin BlanchetRaymond C. ClayKyle R. CochraneLee A. CollinsAmanda DumiGerald FaussurierMartin FrenchZachary A. JohnsonValentin V. KarasievShashikant KumarMeghan K. LentzCody A. MeltonKatarina A. NicholsGeorge M. PetrovVanina RecoulesRonald RedmerGerd RöpkeMaximilian SchörnerNathaniel R. ShafferVidushi SharmaLuciano G. SilvestriFrançois SoubiranPhanish SuryanarayanaMikael TacuJoshua P. TownsendAlexander J. White

physicsparticle physics

Dynamic Density Functional Theory of Multicomponent Cellular Membranes. Physical Review Research (2023)

L. G. StantonT. OppelstrupT. S. CarpenterH. I. IngólfssonM. P. SurhF. C. LightstoneJ. N. Glosli

biophysicsmulticomponent cellular membranestheoretical biologyphysicsapplied physicsdensity functional theory

Machine Learning-Driven Multiscale Modeling: Bridging the Scales With a Next-Generation Simulation Infrastructure. Journal of Chemical Theory and Computation (2023)

Helgi I. IngólfssonHarsh BhatiaFikret AydinTomas OppelstrupCesar A. LópezLiam G. StantonTimothy S. CarpenterSergio WongFrancesco Di NataleXiaohua ZhangJoseph Y. MoonChristopher B. StanleyJoseph R. ChavezKien NguyenGautham DharumanVioletta BurnsRebika ShresthaDebanjan GoswamiGulcin GultenQue N. VanArvind RamanathanBrian Van EssenNicolas W. HengartnerAndrew G. StephenThomas TurbyvillePeer-Timo BremerS. GnanakaranJames N. GlosliFelice C. LightstoneDwight V. NissleyFrederick H. Streitz

computer sciencescalabilitysimulation infrastructurechemical engineeringmachine learningnext-generation simulation infrastructuremodeling and simulationmultiscale modelingmaterials science

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Liam Stanton

Associate Professor

San Jose State University

Affiliations

College of Science

Department Of Mathematics And Statistics

Liam Stanton is currently serving as a College Of Science Associate Professor at San Jose State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Liam Stanton

San Jose State University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Improved Kelbg Potentials for Z 1 and Application to Carbon Plasmas. Contributions to Plasma Physics (2026)

Kras4A and Kras4B Show Distinct Lipid-Dependent Regulation of Ras-Raf Membrane Dynamics. Journal of Biological Chemistry (2026)

Dynamics and Lipid Membrane Coupling of the Ras-Raf Complex Revealed via Multiscale Simulations. Biophysical Journal (2025)

Influence of Plasma Screening on High-Density Inverse Bremsstrahlung Absorption. Physical review. E (2025)

Anisotropic Interactions for Continuum Modeling of Protein–Membrane Systems. The Journal of Chemical Physics (2024)

T. OppelstrupL. G. StantonJ. O. B. TempkinT. N. OzturkH. I. IngólfssonT. S. Carpenter

biophysicsanisotropic interactionscontinuum modelingprotein-membrane systems

Charged-Particle Transport in High Energy Density Plasmas. Physics of Plasmas (2024)

Stephanie B. HansenLucas J. StanekBrian M. HainesS. X. HuPatrick F. KnappMichael S. MurilloLiam G. StantonHeather D. Whitley

physicsplasma sciencehigh energy density physicsplasma physicscharged-particle transport

Comparison of Transport Models in Dense Plasmas. Physics of Plasmas (2024)

Zachary A. JohnsonLuciano G. SilvestriGeorge M. PetrovLiam G. StantonMichael S. Murillo

dense plasmastransport phenomenaphysicsplasma scienceplasma physicstransport models

Review of the Second Charged-Particle Transport Coefficient Code Comparison Workshop. Physics of Plasmas (2024)

physicsparticle physics

Dynamic Density Functional Theory of Multicomponent Cellular Membranes. Physical Review Research (2023)

L. G. StantonT. OppelstrupT. S. CarpenterH. I. IngólfssonM. P. SurhF. C. LightstoneJ. N. Glosli

biophysicsmulticomponent cellular membranestheoretical biologyphysicsapplied physicsdensity functional theory

Machine Learning-Driven Multiscale Modeling: Bridging the Scales With a Next-Generation Simulation Infrastructure. Journal of Chemical Theory and Computation (2023)

computer sciencescalabilitysimulation infrastructurechemical engineeringmachine learningnext-generation simulation infrastructuremodeling and simulationmultiscale modelingmaterials science

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10 / page