Spatially heterogeneous dynamics in liquids: insights from simulation

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Theoretical perspective on the glass transition and amorphous materials (2010, methodology): “…measured by molecular dynamics, Brownian and Monte Carlo simulations in different liquids (Franz et al., 1999; Parisi, 1999; Bennemann et al., 1999; Lacevic et al., 2003; Glotzer, 2000; Berthier, 2004; Vogel and Glotzer, 2004; Berthier, 2007a; Parsaeian and Castillo, 2008; El Masri et al., 2010).”
Slow dynamics in glassy soft matter (2005, background): “Subsequent experimental and numerical work has shown that indeed the dynamics of glass formers is spatially heterogeneous, and spatial heterogeneity has been related to the cooperative nature of the slow dynamics (for reviews on spatial heterogeneity that focus on experimental and numerical work, se”
Kinetically Constrained Models (2010, unknown): “The main success of KCMs has been the ability to account, at least qualitatively and sometimes also quantitatively, for many aspects of dynamical heterogeneity (DH) (Ediger, 2000; Glotzer, 2000; Andersen, 2005) observed in glass forming systems.”