Back to Research
Research Area
Statistical Physics
Nonequilibrium systems, scaling, and fluctuation phenomena
Nonequilibrium Statistical Physics: Scaling, Complexity, Fluctuations
Complex Spatio-Temporal Patterns
Emergence and evolution of complex patterns in space and time arising from nonequilibrium processes and self-organization phenomena.
Nanoscale Phenomena
Nonequilibrium fluctuations and their effects at the nanoscale, where thermal fluctuations play a crucial role.
Research Visualizations
Research Topics
Critical Phenomena
Phase transitions, universality classes, and scaling laws in equilibrium and nonequilibrium systems.
Stochastic Processes
Random walks, Langevin dynamics, and stochastic thermodynamics in mesoscopic systems.
Complex Systems
Networks, self-organized criticality, and emergent behavior in many-particle systems.
Key Concepts
📈
Scaling Laws
🌀
Pattern Formation
⚡
Fluctuations
🔄
Entropy Production
🌐
Universality
📊
Correlations
🎲
Monte Carlo
⚖️
Detailed Balance