A. The microscopic driven lattice gas

B. Dynamic mean-field theories

C. A mesoscopic Langevin equation

A. Generic singularities in two-point functionsB. Three-point correlation functions

- Power law and exponential decays
- A fixed line of Gaussian dynamic models

A. Simulation studiesB. Theoretical investigations

- Signals of a phase transition
- Two-point correlations

- Anisotropic structure factors, the order parameter and the exponents
- Critical power law decays and the exponents
- Response functions and susceptibilities
- Internal energy and specific heat
- Higher Correlations

- Three-point function
- Fluctuations in the structure factor and the internal energy
- Finite size effects in the standard model

- General scaling laws with strong anisotropy
- Field theoretic renormalisation group analysis

- The dynamic functional and the upper critical dimension
- Exponents and scaling functions in the tree approximation
- One-loop and exact results: the full scaling behavior
- Related models

A. The co-existence curve

B. Dynamics of phase separation

C. Interfacial properties in steady states

- Suppression of interfacial rougheness
- Shifted boundary conditions and `tilted' interfaces

- Dependence of bulk properties on interface orientation
- Domain splitting and merging
- Numerical and theoretical studies

A. Random drive and multiple temperature modelsB. Chemical potential gradients and drive defects

- Collective behavior above T
- Phase transitions and critical properties of the bulk
- Anomalous correlations of interfacial fluctuations
- Combinations of direct and random drives
C. The two layer system

- Systems with a chemical potential gradient only
- Finger formation in combined drives
- Effects of line defects in external fields
- Stability of an interface in a transverse chemical potential gradient

D. Multi-species modelsE. Repulsive interactions

- The blocking transition
- The polarized lattice gas

F. Quenched random impurities

G. Special limits

- Extreme anisotropic rates
- Models in one dimension

- Systems with translational invariance
- Open boundary conditions, blockages and shocks
- Two-species models
- The Toom interface, a model with long range jumps

A. Models with competing conserved and non-conserved dynamics

B. Multi-temperature models with Glauber dynamics

C. Models for driven interfaces

D. Gel electrophoresis and polymers in sedimentation

E. Self-organized criticality and other models of generic scale invariance

F. Liquids in non-equilibrium steady states

- Linearized hydrodynamics far from criticality
- Phase transitions under shear

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VT Physics Royce Zia Beate Schmittmann