Introductory Lecture Material
Current School Material
Statistical Physics of Financial Markets
Dynamical Systems Approach to Extreme Events
Introduction to Mathematical Modeling
STATISTICAL MECHANICS FOR COMPLEX SYSTEMS
Dynamics of Complex Networks II: The Percolation problem
Nonlinear Science from Paradigms to Practicalities
Properties of nano-scale soliton-like excitations in two-dimensional lattice layers
Solitons and charge transport in triangular and quadratic lattices
Granular gas dynamics: how Maxwell's demon rules in a non-equilibrium system
CONDENSED MATTER PHYSICS with “a little imagination and thinking”
Computer labs (Mathematica Codes)
Information Geometry and Applications. Background material
Prior School Material
Course I: Foundations of Complexity Science
Course II: Complex Networks: Theory and Applications
Course III: Complex Quantum Systems
Course IV: Complexity in Social and Biological Sciences
1st PhD School Talks (2011)
Monday 18/07/2011 |
Tuesday 19/07/2011 |
Wednesday 20/07/2011 |
Thursday 21/07/2011 |
Friday 22/07/2011 |
Saturday 23/07/2011 |
Monday 25/07/2011 |
Wednesday 27/07/2011 |
Thursday 28/07/2011 |