Faculty

Institution

Unit

Venue

Irving Epstein

Brandeis University

Affiliations

Division of Science

Department of Chemistry

Neuroscience Program

School of Arts and Sciences

Division of Science

NoneIrving Epstein is currently serving as a Chemistry faculty at Brandeis 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

Irving Epstein

Brandeis University

You can click a keyword to filter the displayed items

chemistry physical chemistry chemical kinetics chemical engineering chemical sciences biophysics chemical oscillators systematic design physics quantum chemistry oscillation theory transition metal chemistry diffusion catalysis nonlinear science computational chemistry chaos theory dynamical systems surface reactivity pattern formation fluid dynamics structural chemistry coordination chemistry numerical simulations molecular science nonlinear phenomena nonlinear dynamics diffusion process reaction process dispersion science reactivity (chemistry) membrane science chemical looping wave propagation nonlinear oscillations turing machine reaction-diffusion systems nanoparticle research wave motion belousov-zhabotinsky reaction microemulsions chemical waves high energy physics selective separation quantum science bifurcation theory wave theory halogenation molecular kinetics organometallic catalysis catalytic process spiral waves reaction-diffusion system hydrogen peroxide statistical physics solution (chemistry) physicochemical analysis catalyst activation chemical thermodynamics coupled chemical oscillators complexity science emulsions chemical actuator lepton-nucleon scattering biophysical modeling multiple scattering compton effect wave scattering thermal transport photophysical properties theoretical high-energy physics reaction-diffusion model chemical systems compton profiles molecular momentum distributions malonic acid chemical oscillations neuroscience theoretical biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Neuromorphic Engineering in Wetware: Discriminating Acoustic Frequencies Through Their Effects on Chemical Waves. The Journal of Physical Chemistry B (2024)

Laura TomassoliLeonardo Silva-DiasMilos DolnikIrving R. EpsteinRaimondo GermaniPier Luigi Gentili

chemistrydiscriminating acoustic frequenciesneuromorphic engineeringphysical chemistrychemical waves

Performance Comparison of Traditional, Nanopolymerized, and Entangled Belousov–Zhabotinsky Self‐Oscillating Gels. ChemSystemsChem (2024)

Zhenfang ChengLing YuanHui WangHaodi YuMeng ZhangIrving R EpsteinTan GaoLin RenQingyu Gao

belousov-zhabotinsky self-oscillating gelsnanotechnologychemistry

Strong Symmetry Breaking in Coupled, Identical Lengyel–Epstein Oscillators via Folded Singularities. Journal of Nonlinear Science (2024)

Naziru M. AwalIrving R. EpsteinTasso J. KaperTheodore Vo

mathematical physicsoscillation theoryapplied mathematicsnonlinear scienceidentical lengyel-epstein oscillatorsstrong symmetry breakingfolded singularities

Strong Symmetry Breaking Rhythms Created by Folded Nodes in a Pair of Symmetrically Coupled, Identical Koper Oscillators. Chaos An Interdisciplinary Journal of Nonlinear Science (2024)

Irving R. EpsteinNaziru M. AwalTasso J. KaperTheodore Vo

folded nodeschaos theorystrong symmetrydynamical systemschronobiology

Turing Patterns on Rotating Spiral Growing Domains. Physical Chemistry Chemical Physics (2024)

Leonardo Silva-DiasIrving R. EpsteinMilos Dolnik

turing machinephysical chemistryphysicsspiral growing domains

Front Cover: Transitions of Collective Motions Driven by Phase Resetting (Chemphyschem 12/2023). ChemPhysChem (2023)

Rui TengYang LiLin RenJuan MaIrving R. EpsteinQingyu Gao

collective motionphase transitionschemistryphase resetting

Role of Fast and Slow Inhibitors in Oscillatory Rhythm Design. Journal of the American Chemical Society (2023)

Hongzhang WangZhenfang ChengLing YuanLin RenChangwei PanIrving R. EpsteinQingyu Gao

pharmacologyoscillation theoryoscillatory rhythm designslow inhibitorsmedicinal chemistrynonlinear dynamicsrational drug designdrug discoverynonlinear oscillationssystem pharmacologymedicinal researchchemical kineticsnonlinear systemschemistrypharmacological researchremedial actiondynamical systemsenzyme inhibitionchemical engineering

Symmetry-Breaking Rhythms in Coupled, Identical Fast–Slow Oscillators. Chaos An Interdisciplinary Journal of Nonlinear Science (2023)

Naziru M. AwalIrving R. EpsteinTasso J. KaperTheodore Vo

symmetry-breaking rhythmsidentical fast-slow oscillatorschronobiologychaos theory

Transitions of Collective Motions Driven by Phase Resetting. ChemPhysChem (2023)

Rui TengYang LiLin RenJuan MaIrving R. EpsteinQingyu Gao

chemical kineticscollective motionphase resettingphase transitionsdynamical systemsphysical chemistryphysicsnonlinear phenomena

Effect of Obstructions on Growing Turing Patterns. Chaos An Interdisciplinary Journal of Nonlinear Science (2022)

Milos DolnikChristopher KonowNoah H. SombergIrving R. Epstein

nonlinear sciencechaos theory

1
2
3
4
5
45
10 / page

Irving Epstein

Brandeis University

Affiliations

Division of Science

Department of Chemistry

Neuroscience Program

School of Arts and Sciences

Division of Science

NoneIrving Epstein is currently serving as a Chemistry faculty at Brandeis 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

Irving Epstein

Brandeis University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Neuromorphic Engineering in Wetware: Discriminating Acoustic Frequencies Through Their Effects on Chemical Waves. The Journal of Physical Chemistry B (2024)

Laura TomassoliLeonardo Silva-DiasMilos DolnikIrving R. EpsteinRaimondo GermaniPier Luigi Gentili

chemistrydiscriminating acoustic frequenciesneuromorphic engineeringphysical chemistrychemical waves

Performance Comparison of Traditional, Nanopolymerized, and Entangled Belousov–Zhabotinsky Self‐Oscillating Gels. ChemSystemsChem (2024)

Zhenfang ChengLing YuanHui WangHaodi YuMeng ZhangIrving R EpsteinTan GaoLin RenQingyu Gao

belousov-zhabotinsky self-oscillating gelsnanotechnologychemistry

Strong Symmetry Breaking in Coupled, Identical Lengyel–Epstein Oscillators via Folded Singularities. Journal of Nonlinear Science (2024)

Naziru M. AwalIrving R. EpsteinTasso J. KaperTheodore Vo

mathematical physicsoscillation theoryapplied mathematicsnonlinear scienceidentical lengyel-epstein oscillatorsstrong symmetry breakingfolded singularities

Strong Symmetry Breaking Rhythms Created by Folded Nodes in a Pair of Symmetrically Coupled, Identical Koper Oscillators. Chaos An Interdisciplinary Journal of Nonlinear Science (2024)

Irving R. EpsteinNaziru M. AwalTasso J. KaperTheodore Vo

folded nodeschaos theorystrong symmetrydynamical systemschronobiology

Turing Patterns on Rotating Spiral Growing Domains. Physical Chemistry Chemical Physics (2024)

Leonardo Silva-DiasIrving R. EpsteinMilos Dolnik

turing machinephysical chemistryphysicsspiral growing domains

Front Cover: Transitions of Collective Motions Driven by Phase Resetting (Chemphyschem 12/2023). ChemPhysChem (2023)

Rui TengYang LiLin RenJuan MaIrving R. EpsteinQingyu Gao

collective motionphase transitionschemistryphase resetting

Role of Fast and Slow Inhibitors in Oscillatory Rhythm Design. Journal of the American Chemical Society (2023)

Hongzhang WangZhenfang ChengLing YuanLin RenChangwei PanIrving R. EpsteinQingyu Gao

Symmetry-Breaking Rhythms in Coupled, Identical Fast–Slow Oscillators. Chaos An Interdisciplinary Journal of Nonlinear Science (2023)

Naziru M. AwalIrving R. EpsteinTasso J. KaperTheodore Vo

symmetry-breaking rhythmsidentical fast-slow oscillatorschronobiologychaos theory

Transitions of Collective Motions Driven by Phase Resetting. ChemPhysChem (2023)

Rui TengYang LiLin RenJuan MaIrving R. EpsteinQingyu Gao

chemical kineticscollective motionphase resettingphase transitionsdynamical systemsphysical chemistryphysicsnonlinear phenomena

Effect of Obstructions on Growing Turing Patterns. Chaos An Interdisciplinary Journal of Nonlinear Science (2022)

Milos DolnikChristopher KonowNoah H. SombergIrving R. Epstein

nonlinear sciencechaos theory

1
2
3
4
5
45
10 / page

Similar Faculty Members

Joseph S. Francisco

Institution

University of Pennsylvania

cloud chemistry

photochemistry

John Zhang

Institution

New York University

molecular informatics

biomolecular engineering

Hans Lischka

Institution

Texas Tech University

chemistry

physical chemistry

Anna Krylov

Institution

University of Southern California

theoretical chemistry

quantum chemistry

James Hynes

Institution

University of Colorado Boulder

chemistry

physical chemistry

Francisco Raymo

Institution

University of Miami

chemistry

materials science

Clifford Kubiak

Institution

University of California, San Diego

transition metal chemistry

electrochemistry

Nicholas Geacintov

Institution

New York University

molecular biology

mutagenesis

Rudolph Marcus

Institution

California Institute of Technology

environmental photochemistry

transition metal chemistry

Dean J Tantillo

Institution

University of California, Davis

organic chemistry

polycyclization reactions

Similar Faculty Members

Joseph S. Francisco

Institution

University of Pennsylvania

cloud chemistry

photochemistry

John Zhang

Institution

New York University

molecular informatics

biomolecular engineering

Hans Lischka

Institution

Texas Tech University

chemistry

physical chemistry

Anna Krylov

Institution

University of Southern California

theoretical chemistry

quantum chemistry

James Hynes

Institution

University of Colorado Boulder

chemistry

physical chemistry

Francisco Raymo

Institution

University of Miami

chemistry

materials science

Clifford Kubiak

Institution

University of California, San Diego

transition metal chemistry

electrochemistry

Nicholas Geacintov

Institution

New York University

molecular biology

mutagenesis

Rudolph Marcus

Institution

California Institute of Technology

environmental photochemistry

transition metal chemistry

Dean J Tantillo

Institution

University of California, Davis

organic chemistry

polycyclization reactions