Pathways to forming glass

COFFEE_KLATCH  · Invited

Abstract

Upon supercooling at a finite rate, many liquids transform to glass. It is a non-equilibrium transition that depends upon both the material and the cooling protocols. We have used methods of transition path sampling to study this phenomenon in models of glass forming liquids. For the models considered, we establish the order of the transition and the nature of excitations that distinguish a melt from a glass.

*This research has been supported in the past by grants from NSF and currently by BES-DOE.

Authors

  • David Chandler

    • University of California, Berkeley