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Session 7: Mean-Field and Low-Dimensional Theories of Glasses


This session will focus on recent theoretical and computational advances to understand the glass transition and glassy rheology in structural glasses, using high-dimensional and mean field models and connecting them to results in two and three dimensions. Specific topics include: Theoretical predictions for glasses and jammed solids in infinite dimensions; jamming, packing, and glass transitions in four and higher dimensions; new computational models for accessing glass transition (including swap Monte Carlo); computational methods for analyzing vibrational spectrum in 2- and 3-D; and methods for identifying low-energy excitations and two-level systems in structural glasses



Session Organizers


Lisa Manning, Syracuse University, USA, mmanning@syr.edu


Patrick Charbonneau, Duke University, USA, patrick.charbonneau@duke.edu

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