Supercooled liquids and glasses are important for current and developing technologies.
Here we provide perspective on recent progress in this field. The interpretation of …

Of all plastics, the most abundantly produced is polyethylene, most of which is destined for
landfills, shipping ports, and natural environments. The limited degradability and …

We analyze the probability distribution of rare first passage times corresponding to
transitions between product and reactant states in a kinetic transition network. The mean first …

Efficiently identifying the most important communities and key transition nodes in weighted
and unweighted networks is a prevalent problem in a wide range of disciplines. Here, we …

An out-of-equilibrium simulation method for tracking the time evolution of glassy systems (or
any other systems that can be described by hopping dynamics over a network of discrete …

The use of rate models for networks of stochastic reactions is frequently used to comprehend
the macroscopically observed dynamic properties of finite size reactive systems as well as …

The response to deformation of a detailed computer model of glassy atactic polystyrene,
represented as a collection of basins on its potential energy landscape, has been …

One of the most challenging and frequently arising problems in many areas of science is to
find solutions of a system of multivariate nonlinear equations. There are several numerical …

Locating the stationary points of a real-valued multivariate potential energy function is an
important problem in many areas of science. This task generally amounts to solving …

Sampling the stationary points of a complicated potential energy landscape is a challenging
problem. Here, we introduce a sampling method based on relaxation from stationary points …