Lecture 2: Aging phenomena in magnetic systems
- Introduction to aging phenomena
- Phenomenology of aging
- Aging in coarsening systems

Michel Pleimling, Virginia Tech

Lecture 2: Nonperturbative renormalization group approach to nonequilibrium systems
Nicholas Wschebor, Universidad de la Rep

Field theory approach to diffusion-limited reactions
Lecture 4: Active to Absorbing State Transitions
Ben Vollmayr-Lee, Bucknell University

Lecture 4: Reaction-diffusion models in one-dimension
Daniel ben-Avraham, Clarkson University

Nonequilibrium relaxation in Coulomb glasses and near the metal-insulator transition
Lecture 3: Studies of the electron dynamics near the 2D MIT: Fluctuations of conductivity
- Phase diagram and aging in a 2DES in Si

Field theory approach to diffusion-limited reactions
Lecture 3: Applications
1. Models and Mappings
- How to turn stochastic particle models into a field theory, with no phenomenology.
2. Single-Species Annihilation Field theoretic renormalization group
calculation for A + A -> 0 reaction igory detail.
3. Applications
- Higher order reactions, disorder, L

Lecture 1: Aging phenomena in magnetic systems
- Introduction to aging phenomena
- Phenomenology of aging
- Aging in coarsening systems

Michel Pleimling, Virginia Tech

Lecture 1: Nonperturbative renormalization group approach to nonequilibrium systems
Nicholas Wschebor, Universidad de la Rep

Lecture 3: Reaction-diffusion models in one-dimension
Daniel ben-Avraham, Clarkson University

Stochastic thermodynamics
LECTURE III