Leonardo Galliano
Non-equilibrium crystallisation across a dynamical phase transition.
Rel. Luca Dall'Asta, Ludovic Berthier. Politecnico di Torino, Master of science program in Physics Of Complex Systems, 2022
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Abstract
Dynamical phase transitions are non-equilibrium phenomena characterised by the non-analytical behaviour of some physical quantity. These processes share many features with equilibrium transitions, first and foremost the concept of universality. A lot of interest has been attracted in recent years by a special class of dynamical transitions, called absorbing phase transitions. Many processes ranging from fluids percolating through a medium to the spread of epidemics can be studied in the framework of absorbing phase transitions. These systems exhibit a dynamical transition from an active phase, where the order parameter fluctuates around a non-zero value, to an inactive phase, where the system is trapped into an absorbing state with no activity at all.
In this thesis we discuss the properties of a numerical model of two-dimensional monodisperse interacting particles that exhibits an absorbing phase transition at high densities
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