A general theoretical approach to the slow dynamics of glassy systems is built on the concept of dynamical constraints. From this perspective, the interesting properties of glass formers are to be found in the trajectories of the dynamics, and these properties are uncovered via trajectory ensemble methods. I will describe how these ideas can be used to probe in detail dynamical fluctuation properties, how these fluctuations in turn determine the melting of stable glassy states, and how to describe glassy mixtures within this approach. <br/>

Dynamical constraints, trajectory methods and inactive states

2019 Spring National Meeting

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