Boulder School 2009: Lecture Notes

Click here for videos

Lecture 1
Zia
Driven diffusive systems 1
Lecture 2 Redner Classical Models in Nonequilibrium Statistical Physics 1
Lecture 3 Marchetti Active and driven soft matter 1
Lecture 4 Teitel Driven granular systems and jamming 1 | Slides [PPT] or [PDF]
Lecture 5 Redner Classical Models in Nonequilibrium Statistical Physics 2
Lecture 6 Zia Driven diffusive systems 2 | Supplemental
Lecture 7 Teitel Driven granular systems and jamming 2 | Slides [PPT] or [PDF]
Lecture 8 Marchetti Active and driven soft matter 2
Lecture 9 Jarzynski Nonequilibrium work relations 1
Lecture 10 Teitel Driven granular systems and jamming 3 | Slides [PPT] or [PDF]
Lecture 11 Zia Driven diffusive systems 3 | Supplemental
Public Lecture 1 Redner The Statistical Physics of Popularity
Lecture 12 Marchetti Active and driven soft matter 3
Lecture 13 Jarzynski Nonequilibrium work relations 2
Lecture 14 Redner Classical Models in Nonequilibrium Statistical Physics 3
Lecture 15 Zia Driven diffusive systems 4
Lecture 16 Jarzynski Nonequilibrium work relations 3
Lecture 17 Marchetti Active and driven soft matter 4
Lecture 18 Redner Classical Models in Nonequilibrium Statistical Physics 4
Lecture 19 Seifert Stochastic thermodynamics 1
Lecture 20 ben-Avraham Reaction-diffusion models in one dimension 1
Lecture 21 Vollmayr-Lee Field theory approach to diffusion-limited reactions 1
Lecture 22 ben-Avraham Reaction-diffusion models in one dimension 2
Lecture 23
Popovic
Nonequilibrium relaxation in Coulomb glasses and near the metal-insulator transition 1
Lecture 24 Seifert Stochastic thermodynamics 2
Lecture 25 Vollmayr-Lee Field theory approach to diffusion-limited reactions 2
Lecture 26
Popovic
Nonequilibrium relaxation in Coulomb glasses and near the metal-insulator transition 2
Lecture 27 Seifert Stochastic thermodynamics 3
Lecture 28 ben-Avraham Reaction-diffusion models in one dimension 3
Lecture 29 Wschebor Nonperturbative renormalization group approach to nonequilibrium systems 1 | Slides
Public Lecture 2 Zia What is Physics? a Personal Perspective
Lecture 30 Pleimling Aging phenomena in magnetic systems 1 | Slides
Lecture 31 Vollmayr-Lee Field theory approach to diffusion-limited reactions 3
Lecture 32
Popovic
Nonequilibrium relaxation in Coulomb glasses and near the metal-insulator transition 3
Lecture 33 ben-Avraham Reaction-diffusion models in one dimension 4 (informal discussions no notes)
Lecture 34 Vollmayr-Lee Field theory approach to diffusion-limited reactions 4
Lecture 35 Wschebor Nonperturbative renormalization group approach to nonequilibrium systems 2
Lecture 36 Pleimling Aging phenomena in magnetic systems 2 | Slides
Lecture 37 Wschebor Nonperturbative renormalization group approach to nonequilibrium systems 3
Lecture 38 Pleimling Aging phenomena in magnetic systems 3 | Slides
Lecture 39 Rikvold Dynamical phenomena in nanoscale magnets 1
Lecture 40 Kent Spin dynamics in nanomagnets – single molecule magnets and metal ferromagnets 1
Lecture 41 Reichhardt Driven colloids 1
Lecture 42 Rikvold Dynamical phenomena in nanoscale magnets 2
Lecture 43 Kent Spin dynamics in nanomagnets – single molecule magnets and metal ferromagnets 2
Lecture 44 Kiang Single-molecule manipulation experiments of biological molecules 1
Lecture 45 Rikvold Dynamical phenomena in nanoscale magnets 3
Lecture 46 Frey Spatial models in evolutionary game theory 1
Lecture 47 Reichhardt Driven colloids 2
Lecture 48 Kiang Single-molecule manipulation experiments of biological molecules 2
Lecture 49 Kent Spin dynamics in nanomagnets – single molecule magnets and metal ferromagnets 3
Optional Lecture Rikvold Macro-biophysics: Statistical physicists look at evolution and ecology
Lecture 50 Frey Spatial models in evolutionary game theory 2 | [Detailed notes]
Lecture 51 Reichhardt Driven colloids 3
Lecture 52 Frey Spatial models in evolutionary game theory 3
Lecture 53 Kiang Single-molecule manipulation experiments of biological molecules 3
Lecture 54 Wschebor Nonperturbative renormalization group approach to nonequilibrium systems 4 (no notes)