The project concerns various aspects of random spatial processes, called “percolative systems”, in which macroscopic phenomena are naturally expressed in terms of paths of microscopic events that percolate through space (or space-time). Scaling concepts and renormalization methods play an important role in the analysis of such processes, the nature of their phase transitions and critical behavior.
Pierluigi Contucci (2013). Random Geometry of Large Interacting Systems and Statistical Physics.
Random Geometry of Large Interacting Systems and Statistical Physics
CONTUCCI, PIERLUIGI
2013
Abstract
The project concerns various aspects of random spatial processes, called “percolative systems”, in which macroscopic phenomena are naturally expressed in terms of paths of microscopic events that percolate through space (or space-time). Scaling concepts and renormalization methods play an important role in the analysis of such processes, the nature of their phase transitions and critical behavior.File in questo prodotto:
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