Nuclear Physics Special Mini Lecture series - Paul Romatschke (University of Colorado) Relativistic Fluid Dynamics Out of Equilibrium

Paul Romatschke (University of Colorado) 10/28 -11/1 Nuclear Physics Mini Lecture series speaker

October 28, 2019

2:00PM - 3:30PM

10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB

Add to Calendar 2019-10-28 14:00:00 2019-10-28 15:30:00 Nuclear Physics Special Mini Lecture series - Paul Romatschke (University of Colorado) Relativistic Fluid Dynamics Out of Equilibrium In standard textbooks, fluid dynamics is often introduced as a near-equilibrium approximation to classical kinetic theory. Recent advances, both in theory for out-of-equilibrium quantum field theories and experimental data from high energy colliders, have taught us that the textbooks are wrong: fluid dynamics quantitatively applies in out-of-equilibrium, and highly quantum-mechanical, situations. In these lectures, I will discuss how modern out-of-equilibrium fluid dynamics is set up, how it relates to familiar microscopic approaches such as kinetic theory and gauge/gravity duality, and how and when it breaks down. If time allows, I'll also mention hydrodynamics result for high-energy nuclear collisions at the LHC as an application of this out-of-equilibrium fluid dynamics framework. 10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB OSU ASC Drupal 8 ascwebservices@osu.edu America/New_York public

2019-10-29 12:45:00 2019-10-29 14:15:00 Nuclear Physics Special Mini Lecture series - Paul Romatschke (University of Colorado) Relativistic Fluid Dynamics Out of Equilibrium In standard textbooks, fluid dynamics is often introduced as a near-equilibrium approximation to classical kinetic theory. Recent advances, both in theory for out-of-equilibrium quantum field theories and experimental data from high energy colliders, have taught us that the textbooks are wrong: fluid dynamics quantitatively applies in out-of-equilibrium, and highly quantum-mechanical, situations. In these lectures, I will discuss how modern out-of-equilibrium fluid dynamics is set up, how it relates to familiar microscopic approaches such as kinetic theory and gauge/gravity duality, and how and when it breaks down. If time allows, I'll also mention hydrodynamics result for high-energy nuclear collisions at the LHC as an application of this out-of-equilibrium fluid dynamics framework. 10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB OSU ASC Drupal 8 ascwebservices@osu.edu America/New_York public

2019-10-30 14:00:00 2019-10-30 15:30:00 Nuclear Physics Special Mini Lecture series - Paul Romatschke (University of Colorado) Relativistic Fluid Dynamics Out of Equilibrium In standard textbooks, fluid dynamics is often introduced as a near-equilibrium approximation to classical kinetic theory. Recent advances, both in theory for out-of-equilibrium quantum field theories and experimental data from high energy colliders, have taught us that the textbooks are wrong: fluid dynamics quantitatively applies in out-of-equilibrium, and highly quantum-mechanical, situations. In these lectures, I will discuss how modern out-of-equilibrium fluid dynamics is set up, how it relates to familiar microscopic approaches such as kinetic theory and gauge/gravity duality, and how and when it breaks down. If time allows, I'll also mention hydrodynamics result for high-energy nuclear collisions at the LHC as an application of this out-of-equilibrium fluid dynamics framework. 10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB OSU ASC Drupal 8 ascwebservices@osu.edu America/New_York public

2019-10-31 12:45:00 2019-10-31 14:15:00 Nuclear Physics Special Mini Lecture series - Paul Romatschke (University of Colorado) Relativistic Fluid Dynamics Out of Equilibrium In standard textbooks, fluid dynamics is often introduced as a near-equilibrium approximation to classical kinetic theory. Recent advances, both in theory for out-of-equilibrium quantum field theories and experimental data from high energy colliders, have taught us that the textbooks are wrong: fluid dynamics quantitatively applies in out-of-equilibrium, and highly quantum-mechanical, situations. In these lectures, I will discuss how modern out-of-equilibrium fluid dynamics is set up, how it relates to familiar microscopic approaches such as kinetic theory and gauge/gravity duality, and how and when it breaks down. If time allows, I'll also mention hydrodynamics result for high-energy nuclear collisions at the LHC as an application of this out-of-equilibrium fluid dynamics framework. 10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB OSU ASC Drupal 8 ascwebservices@osu.edu America/New_York public

2019-11-01 13:00:00 2019-11-01 14:30:00 Nuclear Physics Special Mini Lecture series - Paul Romatschke (University of Colorado) Relativistic Fluid Dynamics Out of Equilibrium In standard textbooks, fluid dynamics is often introduced as a near-equilibrium approximation to classical kinetic theory. Recent advances, both in theory for out-of-equilibrium quantum field theories and experimental data from high energy colliders, have taught us that the textbooks are wrong: fluid dynamics quantitatively applies in out-of-equilibrium, and highly quantum-mechanical, situations. In these lectures, I will discuss how modern out-of-equilibrium fluid dynamics is set up, how it relates to familiar microscopic approaches such as kinetic theory and gauge/gravity duality, and how and when it breaks down. If time allows, I'll also mention hydrodynamics result for high-energy nuclear collisions at the LHC as an application of this out-of-equilibrium fluid dynamics framework. 10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB OSU ASC Drupal 8 ascwebservices@osu.edu America/New_York public

Add to Calendar 2019-10-28 14:00:00 2019-10-28 15:30:00 Nuclear Physics Special Mini Lecture series - Paul Romatschke (University of Colorado) Relativistic Fluid Dynamics Out of Equilibrium In standard textbooks, fluid dynamics is often introduced as a near-equilibrium approximation to classical kinetic theory. Recent advances, both in theory for out-of-equilibrium quantum field theories and experimental data from high energy colliders, have taught us that the textbooks are wrong: fluid dynamics quantitatively applies in out-of-equilibrium, and highly quantum-mechanical, situations. In these lectures, I will discuss how modern out-of-equilibrium fluid dynamics is set up, how it relates to familiar microscopic approaches such as kinetic theory and gauge/gravity duality, and how and when it breaks down. If time allows, I'll also mention hydrodynamics result for high-energy nuclear collisions at the LHC as an application of this out-of-equilibrium fluid dynamics framework.   10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB Department of Physics physics@osu.edu America/New_York public

October 29, 2019

12:45PM - 2:15PM

10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB

Add to Calendar 2019-10-29 12:45:00 2019-10-29 14:15:00 Nuclear Physics Special Mini Lecture series - Paul Romatschke (University of Colorado) Relativistic Fluid Dynamics Out of Equilibrium In standard textbooks, fluid dynamics is often introduced as a near-equilibrium approximation to classical kinetic theory. Recent advances, both in theory for out-of-equilibrium quantum field theories and experimental data from high energy colliders, have taught us that the textbooks are wrong: fluid dynamics quantitatively applies in out-of-equilibrium, and highly quantum-mechanical, situations. In these lectures, I will discuss how modern out-of-equilibrium fluid dynamics is set up, how it relates to familiar microscopic approaches such as kinetic theory and gauge/gravity duality, and how and when it breaks down. If time allows, I'll also mention hydrodynamics result for high-energy nuclear collisions at the LHC as an application of this out-of-equilibrium fluid dynamics framework.   10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB Department of Physics physics@osu.edu America/New_York public

October 30, 2019

2:00PM - 3:30PM

10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB

Add to Calendar 2019-10-30 14:00:00 2019-10-30 15:30:00 Nuclear Physics Special Mini Lecture series - Paul Romatschke (University of Colorado) Relativistic Fluid Dynamics Out of Equilibrium In standard textbooks, fluid dynamics is often introduced as a near-equilibrium approximation to classical kinetic theory. Recent advances, both in theory for out-of-equilibrium quantum field theories and experimental data from high energy colliders, have taught us that the textbooks are wrong: fluid dynamics quantitatively applies in out-of-equilibrium, and highly quantum-mechanical, situations. In these lectures, I will discuss how modern out-of-equilibrium fluid dynamics is set up, how it relates to familiar microscopic approaches such as kinetic theory and gauge/gravity duality, and how and when it breaks down. If time allows, I'll also mention hydrodynamics result for high-energy nuclear collisions at the LHC as an application of this out-of-equilibrium fluid dynamics framework.   10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB Department of Physics physics@osu.edu America/New_York public

October 31, 2019

12:45PM - 2:15PM

10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB

Add to Calendar 2019-10-31 12:45:00 2019-10-31 14:15:00 Nuclear Physics Special Mini Lecture series - Paul Romatschke (University of Colorado) Relativistic Fluid Dynamics Out of Equilibrium In standard textbooks, fluid dynamics is often introduced as a near-equilibrium approximation to classical kinetic theory. Recent advances, both in theory for out-of-equilibrium quantum field theories and experimental data from high energy colliders, have taught us that the textbooks are wrong: fluid dynamics quantitatively applies in out-of-equilibrium, and highly quantum-mechanical, situations. In these lectures, I will discuss how modern out-of-equilibrium fluid dynamics is set up, how it relates to familiar microscopic approaches such as kinetic theory and gauge/gravity duality, and how and when it breaks down. If time allows, I'll also mention hydrodynamics result for high-energy nuclear collisions at the LHC as an application of this out-of-equilibrium fluid dynamics framework.   10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB Department of Physics physics@osu.edu America/New_York public

November 1, 2019

1:00PM - 2:30PM

10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB

Add to Calendar 2019-11-01 13:00:00 2019-11-01 14:30:00 Nuclear Physics Special Mini Lecture series - Paul Romatschke (University of Colorado) Relativistic Fluid Dynamics Out of Equilibrium In standard textbooks, fluid dynamics is often introduced as a near-equilibrium approximation to classical kinetic theory. Recent advances, both in theory for out-of-equilibrium quantum field theories and experimental data from high energy colliders, have taught us that the textbooks are wrong: fluid dynamics quantitatively applies in out-of-equilibrium, and highly quantum-mechanical, situations. In these lectures, I will discuss how modern out-of-equilibrium fluid dynamics is set up, how it relates to familiar microscopic approaches such as kinetic theory and gauge/gravity duality, and how and when it breaks down. If time allows, I'll also mention hydrodynamics result for high-energy nuclear collisions at the LHC as an application of this out-of-equilibrium fluid dynamics framework.   10/28 in 1080 PRB, 10/29 in 1080 PRB, 10/30 in 1080 PRB, 10/31 in 1080 PRB, 11/1 in 4138 PRB Department of Physics physics@osu.edu America/New_York public

In standard textbooks, fluid dynamics is often introduced as a near-equilibrium approximation to classical kinetic theory. Recent advances, both in theory for out-of-equilibrium quantum field theories and experimental data from high energy colliders, have taught us that the textbooks are wrong: fluid dynamics quantitatively applies in out-of-equilibrium, and highly quantum-mechanical, situations. In these lectures, I will discuss how modern out-of-equilibrium fluid dynamics is set up, how it relates to familiar microscopic approaches such as kinetic theory and gauge/gravity duality, and how and when it breaks down. If time allows, I'll also mention hydrodynamics result for high-energy nuclear collisions at the LHC as an application of this out-of-equilibrium fluid dynamics framework.