Faculty

Institution

Unit

Venue

James Patarasp Sethna

James Gilbert White Professor of Physical Sciences

Cornell University

Affiliations

College of Arts and Sciences

Department of Physics

James Patarasp Sethna is currently serving as a College Of Arts And Sciences James Gilbert White Professor of Physical Sciences at Cornell 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

James Patarasp Sethna

Cornell University

James Gilbert White Professor of Physical Sciences

You can click a keyword to filter the displayed items

physics applied physics statistical mechanics statistical physics condensed matter applied mathematics condensed matter physics phase transitions materials science critical phenomena mechanics of materials solid mechanics fracture mechanics mechanics mathematical physics statistical field theories nonlinear phenomena numerical simulations crystal research mathematical statistical physic theoretical physics quantum materials theoretical biology glass transition dislocation interaction quantum mechanics disordered quantum system material research scientific computing crystal growth computational physics continuum modeling quantum science superconducting materials glass-forming liquids multiscale mechanic high-tc superconductivity entropy crack formation dynamic crack propagation glass material continuum mechanics renormalization group molecular liquids hysteresis crystal formation solid-state physics phonons biological models theoretical modeling crystal material material simulation microstructure-strength relationship quantum chaos spin phenomenon spin dynamics tunneling microscopy topological phases mathematical biophysics experimental biophysics anomalous diffusion model glass barkhausen noise sloppy models interatomic models critical point instanton approach blue phase elastic dipoles mean-field theory order parameters sloppy model manifolds manifold boundary approximation emergent theories universal transition nonlinear least squares liquid crystals nature physic computational materials science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Response for"Rigidity Transitions in Anisotropic Networks: A Crossover Scaling Analysis". (2025)

William Yikai WangStephen ThorntonBulbul ChakrabortyAnna BarthNavneet SinghJapheth OmoniraJonathan MichelMoumita DasJames SethnaItai Cohen

network sciencenetwork analysisapplied mathematicsrigidity transitionsstatistical physicsauthor responsenetwork dynamicscrossover scaling analysisstatistical mechanicsphysicsscale-free networkgraph theorynetwork theory

Rigidity Transitions in Anisotropic Networks: A Crossover Scaling Analysis. Soft Matter (2025)

William Y WangStephen J ThorntonBulbul ChakrabortyAnna R BarthNavneet SinghJapheth OmoniraJonathan A MichelMoumita DasJames P SethnaItai Cohen

biophysicselasticity (physics)rigidity transitionsstatistical physicsuniversal exponentsmechanical sciencecritical phenomenaapplied physicssolid mechanicssoft matterphysicsmechanics of materialsdeformationstatistical mechanicsanisotropic materialsrigidity transition

Universal Scaling Framework for Controlling Phase Behavior in Thickening and Jamming Suspensions. Physical Review Letters (2025)

Meera RamaswamyItay GriniastyJames P. SethnaBulbul ChakrabortyItai Cohen

fluid flowmechanical sciencestatistical mechanicsdense suspensionsuniversal scaling frameworknumerical simulationsmultiscale hydrodynamicsmechanical engineeringfluid mechanicsstatistical physicsmultiscale mechaniccomputational fluid dynamicsfluid sciencemultiscale modelingphysicsrheologyfluid dynamicsapplied mathematicsmultiscale analysiscomplex fluidsmechanicsjamming suspensions

Universal Scaling Solution for a Rigidity Transition: Renormalization Group Flows Near the Upper Critical Dimension. Physical review. E (2025)

Stephen J. ThorntonItai CohenJames P. SethnaDanilo B. Liarte

theoretical physicsmathematical physicsasymptotic analysisapplied mathematicsmathematical statistical physicstatistical physicsquantum field theoryphase transitionscritical phenomenastatistical mechanicsrenormalization groupcpa sufficientphysicsmathematicsstatistical field theoriesrigidity transitionnonlinear phenomena

$\Gamma$-Vae: Curvature Regularized Variational Autoencoders for Uncovering Emergent Low Dimensional Geometric Structure in High Dimensional Data. arXiv (Cornell University) (2024)

Kim, Jason Z.Perrin-Gilbert, NicolasNarmanli, ErkanKlein, PaulMyers, Christopher R.Cohen, ItaiWaterfall, Joshua J.Sethna, James P.

bioinformaticsdimensionality reductionbiomedical informaticsscientific computingautoencodersvariational autoencodersquantitative biologydata sciencesystems biologyhuman genomemanifold learninggeometric learningcomputational statisticscomputational biologymolecular informaticshigh-dimensional statisticsnonlinear dimensionality reductionmachine learning researchmachine learningregularized manifolds

Jamming Memory Into Acoustically Trained Dense Suspensions Under Shear. Physical Review X (2024)

Edward Y. X. OngAnna R. BarthNavneet SinghMeera RamaswamyAbhishek ShettyBulbul ChakrabortyJames P. SethnaItai Cohen

fluid sciencetensile strengthengineeringexperimental mechanicsacoustic perturbationsmechanical behaviormechanical sciencematerials sciencemechanics of materialsdense suspensionsrheologymechanicsmechanical engineering

Normal Forms, Universal Scaling Functions, and Extending the Validity of the Rg. WORLD SCIENTIFIC eBooks (2024)

J.P. SethnaD. HathcockJ. Kent-DobiasA. Raju

theoretical physicsmathematical physicsnormal formsapplied mathematicspure mathematicsmathematicssymmetryfunction theoryscaling analysisuniversal scaling functionsmathematical analysisconformal field theorygeneral systemsgeneralized functionsmathematical sciences

Phase Transitions Beyond Criticality: Extending Ising Universal Scaling Functions to Describe Entire Phases. arXiv (Cornell University) (2024)

Hathcock, DavidSethna, James P.

normal form theorymathematical physicsapplied mathematicsstatistical physicsquantum field theorycondensed matter physicsphase transitionsapplied physicsstatistical mechanicscondensed matterphysicscritical phenomenarenormalization groupstatistical field theories

Rigidity Transitions in Anisotropic Networks Happen in Multiple Steps. arXiv (Cornell University) (2024)

Wang, William Y.Thornton, Stephen J.Chakraborty, BulbulBarth, AnnaSingh, NavneetOmonira, JaphethMichel, Jonathan A.Das, MoumitaSethna, James P.Cohen, Itai

biophysicselasticity (physics)complex matterrigidity transitionsuniversal exponentsfracture mechanicsmechanical sciencephase transitionsapplied physicssolid mechanicssoft matterphysicsstatistical mechanicsdeformationrigidity transition

The Training Process of Many Deep Networks Explores the Same Low-Dimensional Manifold. Proceedings of the National Academy of Sciences (2024)

Jialin MaoItay GriniastyHan Kheng TeohRahul RameshRubing YangMark K. TranstrumJames P. SethnaPratik Chaudhari

same manifoldcomputational intelligencemachine learning researchgeometric learningcomputer sciencedeep networksmachine learningmany deep networksdata sciencemanifold learningartificial intelligencedeep learningneural network (machine learning)

1
2
3
4
5
44
10 / page

James Patarasp Sethna

James Gilbert White Professor of Physical Sciences

Cornell University

Affiliations

College of Arts and Sciences

Department of Physics

James Patarasp Sethna is currently serving as a College Of Arts And Sciences James Gilbert White Professor of Physical Sciences at Cornell 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

James Patarasp Sethna

Cornell University

James Gilbert White Professor of Physical Sciences

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Response for"Rigidity Transitions in Anisotropic Networks: A Crossover Scaling Analysis". (2025)

William Yikai WangStephen ThorntonBulbul ChakrabortyAnna BarthNavneet SinghJapheth OmoniraJonathan MichelMoumita DasJames SethnaItai Cohen

Rigidity Transitions in Anisotropic Networks: A Crossover Scaling Analysis. Soft Matter (2025)

William Y WangStephen J ThorntonBulbul ChakrabortyAnna R BarthNavneet SinghJapheth OmoniraJonathan A MichelMoumita DasJames P SethnaItai Cohen

Universal Scaling Framework for Controlling Phase Behavior in Thickening and Jamming Suspensions. Physical Review Letters (2025)

Meera RamaswamyItay GriniastyJames P. SethnaBulbul ChakrabortyItai Cohen

Universal Scaling Solution for a Rigidity Transition: Renormalization Group Flows Near the Upper Critical Dimension. Physical review. E (2025)

Stephen J. ThorntonItai CohenJames P. SethnaDanilo B. Liarte

$\Gamma$-Vae: Curvature Regularized Variational Autoencoders for Uncovering Emergent Low Dimensional Geometric Structure in High Dimensional Data. arXiv (Cornell University) (2024)

Kim, Jason Z.Perrin-Gilbert, NicolasNarmanli, ErkanKlein, PaulMyers, Christopher R.Cohen, ItaiWaterfall, Joshua J.Sethna, James P.

Jamming Memory Into Acoustically Trained Dense Suspensions Under Shear. Physical Review X (2024)

Edward Y. X. OngAnna R. BarthNavneet SinghMeera RamaswamyAbhishek ShettyBulbul ChakrabortyJames P. SethnaItai Cohen

Normal Forms, Universal Scaling Functions, and Extending the Validity of the Rg. WORLD SCIENTIFIC eBooks (2024)

J.P. SethnaD. HathcockJ. Kent-DobiasA. Raju

Phase Transitions Beyond Criticality: Extending Ising Universal Scaling Functions to Describe Entire Phases. arXiv (Cornell University) (2024)

Hathcock, DavidSethna, James P.

Rigidity Transitions in Anisotropic Networks Happen in Multiple Steps. arXiv (Cornell University) (2024)

Wang, William Y.Thornton, Stephen J.Chakraborty, BulbulBarth, AnnaSingh, NavneetOmonira, JaphethMichel, Jonathan A.Das, MoumitaSethna, James P.Cohen, Itai

The Training Process of Many Deep Networks Explores the Same Low-Dimensional Manifold. Proceedings of the National Academy of Sciences (2024)

Jialin MaoItay GriniastyHan Kheng TeohRahul RameshRubing YangMark K. TranstrumJames P. SethnaPratik Chaudhari

1
2
3
4
5
44
10 / page

Similar Faculty Members

Eric Vanden-Eijnden

Institution

New York University

engineering

computational infrastructure

Karin A Dahmen

Institution

University of Illinois Urbana-Champaign

renormalization group calculation

statistical physic

Veit Elser

Institution

Cornell University

computational biophysics

natural computing

Tomas A. Arias

Institution

Cornell University

nano energy

nanomaterials

Daniel L. Stein

Institution

New York University

statistical physic

complex system

Zohar Nussinov

Institution

Washington University in St. Louis

condensed matter physics

topological quantum orders

Eunah Kim

Institution

Cornell University

condensed matter physics

high temperature superconductivity

Rajiv Kalia

Institution

University of Southern California

colloidal material

quantum molecular dynamics

Kenneth F. Kelton

Institution

Washington University in St. Louis

crystal growth

materiality

Itai Cohen

Institution

Cornell University

robotics

precision engineering

Similar Faculty Members

Eric Vanden-Eijnden

Institution

New York University

engineering

computational infrastructure

Karin A Dahmen

Institution

University of Illinois Urbana-Champaign

renormalization group calculation

statistical physic

Veit Elser

Institution

Cornell University

computational biophysics

natural computing

Tomas A. Arias

Institution

Cornell University

nano energy

nanomaterials

Daniel L. Stein

Institution

New York University

statistical physic

complex system

Zohar Nussinov

Institution

Washington University in St. Louis

condensed matter physics

topological quantum orders

Eunah Kim

Institution

Cornell University

condensed matter physics

high temperature superconductivity

Rajiv Kalia

Institution

University of Southern California

colloidal material

quantum molecular dynamics

Kenneth F. Kelton

Institution

Washington University in St. Louis

crystal growth

materiality

Itai Cohen

Institution

Cornell University

robotics

precision engineering