Faculty

Institution

Unit

Venue

Erich D. Gust

Providence College

Affiliations

Department Of Engineering And Physics

NoneErich D. Gust is currently serving as a Engineering And Physics faculty at Providence College.

Honors

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Experiences

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Education

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Erich D. Gust

Providence College

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condensed matter physics particle physics physics dilute bose-einstein condensates materials science applied mathematics biophysics transport phenomena differential equations quantum mechanics fluid dynamics mathematical physics atomic physics statistical physics statistical mechanics spectral theory anomalous diffusion bose-einstein condensation collision operator eigenvalues molecular dynamics simulation transport coefficients linearized uehling-uhlenbeck equation relaxation rates kinetic equations collision integrals relaxation modes bose-einstein condensates microscopic hydrodynamic modes hydrodynamic modes linearized collision operator bose-condensed gas transport theory

Notable Scholarly Works

Notable Federal Grants

Collaborators

Microscopic Hydrodynamic Modes in a Binary Hard Sphere Mixture. Journal of Statistical Physics (2017)

L. E. ReichlErich D. Gust

physicsfluid dynamicsmicroscopic hydrodynamic modesparticle physicscondensed matter physicsstatisticsmathematical physicsapplied physics

The Viscosity of Dilute Bose–Einstein Condensates. Physica Scripta (2015)

Erich D GustL E Reichl

physicsbiophysicsparticle physicsquantum mechanicscondensed matter physicsdilute bose-einstein condensatesbose-einstein condensation

Decay of Hydrodynamic Modes in Dilute Bose-Einstein Condensates. Physical Review A (2014)

Erich GustLinda Reichl

particle physicscondensed matter physicsdilute bose-einstein condensateshydrodynamic modesapplied physics

Transport Theory for Dilute Bose-Einstein Condensates. APS (2014)

Linda ReichlErich Gust

physicstransport theoryparticle physicscondensed matter physicsdilute bose-einstein condensates

Transport Coefficients From the Boson Uehling-Uhlenbeck Equation. Physical Review E (2013)

physicstransport phenomenatransport coefficientsstatistical physicsanomalous diffusionspectral theorydifferential equationsstatistical mechanics

Collision Integrals in the Kinetic Equations of Dilute Bose-Einstein Condensates. arXiv (Cornell University) (2012)

Erich D. GustL. E. Reichl

collision integralsparticle physicscondensed matter physicsdilute bose-einstein condensateskinetic equationsapplied mathematics

Relaxation Modes in Bose–Einstein Condensates. Physica Scripta (2012)

Erich D GustL E Reichl

materials sciencerelaxation modesparticle physicscondensed matter physicsbose-einstein condensates

Eigenvalues of the Linearized Collision Operator for a Bose-Condensed Gas. Bulletin of the American Physical Society (2011)

Erich GustL.E. Reichl

materials scienceatomic physicscondensed matter physicsbose-condensed gasapplied physicslinearized collision operator

Relaxation Rates of the Linearized Uehling-Uhlenbeck Equation for Bosons. Physical Review E (2010)

Erich GustL. E. Reichl

physicslinearized uehling-uhlenbeck equationrelaxation ratesparticle physics

Molecular Dynamics Simulation of Collision Operator Eigenvalues. Physical Review E (2009)

Erich D. GustL. E. Reichl

physicsmolecular dynamics simulationcollision operator eigenvaluescondensed matter physics

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Erich D. Gust

Providence College

Affiliations

Department Of Engineering And Physics

NoneErich D. Gust is currently serving as a Engineering And Physics faculty at Providence College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Erich D. Gust

Providence College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Microscopic Hydrodynamic Modes in a Binary Hard Sphere Mixture. Journal of Statistical Physics (2017)

L. E. ReichlErich D. Gust

physicsfluid dynamicsmicroscopic hydrodynamic modesparticle physicscondensed matter physicsstatisticsmathematical physicsapplied physics

The Viscosity of Dilute Bose–Einstein Condensates. Physica Scripta (2015)

Erich D GustL E Reichl

physicsbiophysicsparticle physicsquantum mechanicscondensed matter physicsdilute bose-einstein condensatesbose-einstein condensation

Decay of Hydrodynamic Modes in Dilute Bose-Einstein Condensates. Physical Review A (2014)

Erich GustLinda Reichl

particle physicscondensed matter physicsdilute bose-einstein condensateshydrodynamic modesapplied physics

Transport Theory for Dilute Bose-Einstein Condensates. APS (2014)

Linda ReichlErich Gust

physicstransport theoryparticle physicscondensed matter physicsdilute bose-einstein condensates

Transport Coefficients From the Boson Uehling-Uhlenbeck Equation. Physical Review E (2013)

physicstransport phenomenatransport coefficientsstatistical physicsanomalous diffusionspectral theorydifferential equationsstatistical mechanics

Collision Integrals in the Kinetic Equations of Dilute Bose-Einstein Condensates. arXiv (Cornell University) (2012)

Erich D. GustL. E. Reichl

collision integralsparticle physicscondensed matter physicsdilute bose-einstein condensateskinetic equationsapplied mathematics

Relaxation Modes in Bose–Einstein Condensates. Physica Scripta (2012)

Erich D GustL E Reichl

materials sciencerelaxation modesparticle physicscondensed matter physicsbose-einstein condensates

Eigenvalues of the Linearized Collision Operator for a Bose-Condensed Gas. Bulletin of the American Physical Society (2011)

Erich GustL.E. Reichl

materials scienceatomic physicscondensed matter physicsbose-condensed gasapplied physicslinearized collision operator

Relaxation Rates of the Linearized Uehling-Uhlenbeck Equation for Bosons. Physical Review E (2010)

Erich GustL. E. Reichl

physicslinearized uehling-uhlenbeck equationrelaxation ratesparticle physics

Molecular Dynamics Simulation of Collision Operator Eigenvalues. Physical Review E (2009)

Erich D. GustL. E. Reichl

physicsmolecular dynamics simulationcollision operator eigenvaluescondensed matter physics

1
10 / page