Faculty

Institution

Unit

Venue

Christopher Jarzynski

Distinguished University Professor

University of Maryland, College Park

Affiliations

College of Computer, Mathematical, and Natural Sciences

Department of Chemistry and Biochemistry

Christopher Jarzynski is currently serving as a College Of Computer, Mathematical, And Natural Sciences Distinguished University Professor at University of Maryland, College Park.

Honors

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Experiences

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Education

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Christopher Jarzynski

University of Maryland, College Park

Distinguished University Professor

You can click a keyword to filter the displayed items

physics applied physics particle physics condensed matter physics quantum mechanics statistics thermodynamics biophysics physical chemistry mathematical physics fluid dynamics quantum science dynamical systems fluctuation relations second law statistical physics quantum theory chaos theory energy diffusion quantum chemistry scientific computing nonlinear science entropy nonlinear dynamics high energy physics quantum decoherence nanoscale science quantum systems hamiltonian system hamiltonian theory free energy differences rare events information processing nonequilibrium work relations transcription factor dynamics nonequilibrium steady states nonequilibrium work relation replica exchange nonequilibrium switches time-periodic driving no-pumping theorem nonequilibrium thermodynamics rapid periodic driving scientometrics condensed matter theoretical biology automatic control protein science interface science statistical mechanics nature physic rna biology experimental analysis quantum chaos quantum measurement vehicle control driver behavior trace elements inorganic synthesis quantum biology theoretical analysis stochastic dynamical systems quantum feedback wave propagation information theory rare event estimation theoretical high-energy physics equilibrium problem single molecules single molecule biophysics microbial physiology experimental biophysics entropy production information processing (psychology) mathematical statistical physic reservoir engineering

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Added Mass Effect in Coupled Brownian Particles. Physical review. E (2025)

Long Him CheungChristopher Jarzynski

physicsparticle physicscondensed matter physicscoupled brownian particlesadded mass effect

Continuous Feedback Protocols for Cooling and Trapping a Quantum Harmonic Oscillator. Physical review. E (2025)

Guilherme De SousaPharnam BakhshinezhadBjörn Annby-AnderssonPeter SamuelssonPatrick P. PottsChristopher Jarzynski

applied physicsquantum harmonic oscillatorcontinuous feedback protocolsheat transfer

Fluctuation Theorems for Autonomous Work. Maryland Shared Open Access Repository (USMAI Consortium) (2025)

distributed systemsdata managementdata-driven scienceapplied mathematicscomputer science

Information Engine Fueled by First-Passage Times. Physical Review Letters (2025)

technologyinformation processing (psychology)information scienceinformation management

Maxwell's Demon Across the Quantum-To-Classical Transition. Physical Review Research (2024)

Björn Annby-AnderssonDebankur BhattacharyyaPharnam BakhshinezhadDaniel HolstGuilherme De SousaChristopher JarzynskiPeter SamuelssonPatrick P. Potts

physicsquantum theoryhigh energy physicstheoretical high-energy physicsparticle physicsquantum mechanicsquantum-to-classical transition

Quantum Thermodynamics of Nonequilibrium Processes in Lattice Gauge Theories. Physical Review Letters (2024)

Zohreh DavoudiChristopher JarzynskiNiklas MuellerGreeshma OrugantiConnor PowersNicole Yunger Halpern

physicsquantum mechanicsquantum thermodynamicslattice gauge theoriesnonequilibrium processes

Theory of Quantum Super Impulses. PRX Quantum (2024)

Christopher Jarzynski

physicsquantum theoryquantum super impulsesquantum sciencequantum systemsquantum mechanics

Driving Rapidly While Remaining in Control: Classical Shortcuts From Hamiltonian to Stochastic Dynamics. Reports on Progress in Physics (2022)

David Guéry-OdelinChristopher JarzynskiCarlos A PlataAntonio PradosEmmanuel Trizac

driver behaviordynamical systemshamiltonian systemvehicle controlautomatic controlclassical shortcutsapplied mathematicshamiltonian theory

From a Feedback-Controlled Demon to an Information Ratchet in a Double Quantum Dot. Physical review. E (2022)

Debankur BhattacharyyaChristopher Jarzynski

physicsfeedback-controlled demonquantum mechanicsinformation ratchet

Quantum Coherences and Classical Inhomogeneities as Equivalent Thermodynamics Resources. Entropy (2022)

Andrew SmithKanupriya SinhaChristopher Jarzynski

classical inhomogeneitiesquantum coherencesthermodynamicsentropy

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Christopher Jarzynski

Distinguished University Professor

University of Maryland, College Park

Affiliations

College of Computer, Mathematical, and Natural Sciences

Department of Chemistry and Biochemistry

Christopher Jarzynski is currently serving as a College Of Computer, Mathematical, And Natural Sciences Distinguished University Professor at University of Maryland, College Park.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Christopher Jarzynski

University of Maryland, College Park

Distinguished University Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Added Mass Effect in Coupled Brownian Particles. Physical review. E (2025)

Long Him CheungChristopher Jarzynski

physicsparticle physicscondensed matter physicscoupled brownian particlesadded mass effect

Continuous Feedback Protocols for Cooling and Trapping a Quantum Harmonic Oscillator. Physical review. E (2025)

Guilherme De SousaPharnam BakhshinezhadBjörn Annby-AnderssonPeter SamuelssonPatrick P. PottsChristopher Jarzynski

applied physicsquantum harmonic oscillatorcontinuous feedback protocolsheat transfer

Fluctuation Theorems for Autonomous Work. Maryland Shared Open Access Repository (USMAI Consortium) (2025)

distributed systemsdata managementdata-driven scienceapplied mathematicscomputer science

Information Engine Fueled by First-Passage Times. Physical Review Letters (2025)

technologyinformation processing (psychology)information scienceinformation management

Maxwell's Demon Across the Quantum-To-Classical Transition. Physical Review Research (2024)

Björn Annby-AnderssonDebankur BhattacharyyaPharnam BakhshinezhadDaniel HolstGuilherme De SousaChristopher JarzynskiPeter SamuelssonPatrick P. Potts

physicsquantum theoryhigh energy physicstheoretical high-energy physicsparticle physicsquantum mechanicsquantum-to-classical transition

Quantum Thermodynamics of Nonequilibrium Processes in Lattice Gauge Theories. Physical Review Letters (2024)

Zohreh DavoudiChristopher JarzynskiNiklas MuellerGreeshma OrugantiConnor PowersNicole Yunger Halpern

physicsquantum mechanicsquantum thermodynamicslattice gauge theoriesnonequilibrium processes

Theory of Quantum Super Impulses. PRX Quantum (2024)

Christopher Jarzynski

physicsquantum theoryquantum super impulsesquantum sciencequantum systemsquantum mechanics

Driving Rapidly While Remaining in Control: Classical Shortcuts From Hamiltonian to Stochastic Dynamics. Reports on Progress in Physics (2022)

David Guéry-OdelinChristopher JarzynskiCarlos A PlataAntonio PradosEmmanuel Trizac

driver behaviordynamical systemshamiltonian systemvehicle controlautomatic controlclassical shortcutsapplied mathematicshamiltonian theory

From a Feedback-Controlled Demon to an Information Ratchet in a Double Quantum Dot. Physical review. E (2022)

Debankur BhattacharyyaChristopher Jarzynski

physicsfeedback-controlled demonquantum mechanicsinformation ratchet

Quantum Coherences and Classical Inhomogeneities as Equivalent Thermodynamics Resources. Entropy (2022)

Andrew SmithKanupriya SinhaChristopher Jarzynski

classical inhomogeneitiesquantum coherencesthermodynamicsentropy

1
2
3
4
5
14
10 / page

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Similar Faculty Members

Mark I Dykman

Institution

Michigan State University

applied physics

physics

Nancy Makri

Institution

University of Illinois Urbana-Champaign

quantum biology

quantum mechanics

Linda Reichl

Institution

University of Texas at Austin

mathematical physics

bose-einstein condensation

Greg Ezra

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mathematics

chaos theory

Daniel Lidar

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nature physic

quantum information science

Lorenza Viola

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computational physic

quantum computing

Paolo Grigolini

Institution

University of North Texas

scientific communication

science and technology studies

Niels Gronbech-Jensen

Institution

University of California, Davis

superconducting material

high-tc superconductivity

Jerome K. Percus

Institution

New York University

thermodynamic equilibrium

mathematical biology