Complexity in High Energy and Statistical Physics
The meeting opens a rare opportunity to: understand the relations between renormalization and self-similarity; discuss the particle production mechanisms with a focus on how the quanta of the fields emerge non-perturbatively; discuss how the formalism of scale-free networks have the potential to contribute to the solution of the problem; have a perspective on the possible contributions of these theoretical frames in the physics of black holes, cosmology, and various other contemporary approaches to complex systems.
- Foundations of Nonadditive Entropies,
- Applications of Nonadditive Entropies
- Nonadditive Entropies and Complex Systems,
- Scale-free systems and networks, (multi)fractals, self-similar systems, Renormalization Group of QFT,
- Electromagnetic plasma,
- The bootstrap approach to QFT,
- Nonextensive statistics and Transport processes,
- Nonextensive statistics in Cosmology.
- Perspectives in Hadron Physics;
- Perspective in High-Energy Physics;
Symposium Directors: Airton Deppman; Evaldo Curado; Ignacio de Bediaga e Hickman.
Directors of the International School on Complexity: Antonino Zichichi; Giorgio Benedek; Constantino Tsallis; Andrea Rapisarda.