Boulder School 2009: Lecture NotesBoulder School 2009: Lecture NotesClick here for videosLecture 1ZiaDriven diffusive systems 1Lecture 2RednerClassical Models in Nonequilibrium Statistical Physics 1Lecture 3MarchettiActive and driven soft matter 1Lecture 4TeitelDriven granular systems and jamming 1 | Slides Lecture 5RednerClassical Models in Nonequilibrium Statistical Physics 2Lecture 6ZiaDriven diffusive systems 2 | SupplementalLecture 7TeitelDriven granular systems and jamming 2 | Slides Lecture 8MarchettiActive and driven soft matter 2Lecture 9JarzynskiNonequilibrium work relations 1Lecture 10TeitelDriven granular systems and jamming 3 | Slides Lecture 11ZiaDriven diffusive systems 3 | SupplementalPublic Lecture 1RednerThe Statistical Physics of PopularityLecture 12MarchettiActive and driven soft matter 3Lecture 13JarzynskiNonequilibrium work relations 2Lecture 14RednerClassical Models in Nonequilibrium Statistical Physics 3Lecture 15ZiaDriven diffusive systems 4Lecture 16JarzynskiNonequilibrium work relations 3Lecture 17MarchettiActive and driven soft matter 4Lecture 18RednerClassical Models in Nonequilibrium Statistical Physics 4Lecture 19SeifertStochastic thermodynamics 1Lecture 20ben-AvrahamReaction-diffusion models in one dimension 1Lecture 21Vollmayr-LeeField theory approach to diffusion-limited reactions 1Lecture 22ben-AvrahamReaction-diffusion models in one dimension 2Lecture 23PopovicNonequilibrium relaxation in Coulomb glasses and near the metal-insulator transition 1Lecture 24SeifertStochastic thermodynamics 2Lecture 25Vollmayr-LeeField theory approach to diffusion-limited reactions 2Lecture 26PopovicNonequilibrium relaxation in Coulomb glasses and near the metal-insulator transition 2Lecture 27SeifertStochastic thermodynamics 3Lecture 28ben-AvrahamReaction-diffusion models in one dimension 3Lecture 29WscheborNonperturbative renormalization group approach to nonequilibrium systems 1 | SlidesPublic Lecture 2ZiaWhat is Physics? a Personal PerspectiveLecture 30PleimlingAging phenomena in magnetic systems 1 | SlidesLecture 31Vollmayr-LeeField theory approach to diffusion-limited reactions 3Lecture 32PopovicNonequilibrium relaxation in Coulomb glasses and near the metal-insulator transition 3Lecture 33ben-AvrahamReaction-diffusion models in one dimension 4 (informal discussions no notes)Lecture 34Vollmayr-LeeField theory approach to diffusion-limited reactions 4Lecture 35WscheborNonperturbative renormalization group approach to nonequilibrium systems 2Lecture 36PleimlingAging phenomena in magnetic systems 2 | SlidesLecture 37WscheborNonperturbative renormalization group approach to nonequilibrium systems 3Lecture 38PleimlingAging phenomena in magnetic systems 3 | SlidesLecture 39RikvoldDynamical phenomena in nanoscale magnets 1Lecture 40KentSpin dynamics in nanomagnets – single molecule magnets and metal ferromagnets 1Lecture 41ReichhardtDriven colloids 1Lecture 42RikvoldDynamical phenomena in nanoscale magnets 2Lecture 43KentSpin dynamics in nanomagnets – single molecule magnets and metal ferromagnets 2Lecture 44KiangSingle-molecule manipulation experiments of biological molecules 1Lecture 45RikvoldDynamical phenomena in nanoscale magnets 3Lecture 46FreySpatial models in evolutionary game theory 1Lecture 47ReichhardtDriven colloids 2Lecture 48KiangSingle-molecule manipulation experiments of biological molecules 2Lecture 49KentSpin dynamics in nanomagnets – single molecule magnets and metal ferromagnets 3Optional LectureRikvoldMacro-biophysics: Statistical physicists look at evolution and ecologyLecture 50FreySpatial models in evolutionary game theory 2 | [Detailed notes]Lecture 51ReichhardtDriven colloids 3Lecture 52FreySpatial models in evolutionary game theory 3Lecture 53KiangSingle-molecule manipulation experiments of biological molecules 3Lecture 54WscheborNonperturbative renormalization group approach to nonequilibrium systems 4 (no notes)PosterScheduleReading MaterialLecture NotesRosterPhotosTee Shirts
