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

Dynamics of Complex Networks II: The Percolation problem

Chemical Demos

Published SFI Lectures

Chaos CHTO

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)

Computer labs (exercises)

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
P. Gaspard
T. Gilbert
D. Helbing I
D. Helbing II
T. Gilbert Exercises
D. Helbing III

Tuesday 19/07/2011
T. Mullin I
T. Mullin II
E. Mosekilde I & II
E. Mosekilde III & IV + exercises

Wednesday  20/07/2011
D. Andrieux
D. Helbing IV
D. Helbing V

Thursday  21/07/2011
R. S. Mac Kay I & II & III
J. Johnson I & II & III

Friday  22/07/2011
J. Kurths I & II & III
J Kurths IV
J. Kurths extra material

Saturday  23/07/2011
A. Bezerianos I
A. Bezerianos II

Monday  25/07/2011
R. S. Mac Kay IV & V & Exercises
J. Johnson IV
J. Johnson Examples
J. Johnson extra material

Wednesday   27/07/2011
S. Bishop I
S. Bishop II
C. Mari
A. de Sanctis
A. de Sanctis extra material

Thursday   28/07/2011
T .Bountis I
T .Bountis II
S. Bishop III