Other Recent News From the Group Categories News Date/Time February 3, 2016 - 3:07 pm Author chmadmin February 3rd, 2016: Inverse Design of Disordered Stealthy Hyperuniform Spin Chains is published in Physical Review B and is chosen as an Editor’s suggeston. January 2016: An article in Discover Magazine covering Existence of Isostatic, Maximally Random Jammed Monodisperse Hard-Disk Packings is chosen as one of the Top 100 Stories of 2015. December 27th, 2015: Confined Disordered Strictly Jammed Binary Sphere Packings is published in Physical Review E. December 15th, 2015: Hard Convex Lens-shaped Particles: Densest-known Packings and Phase Behavior is published in The Journal of Chemical Physics. December 15th, 2015: Frank Stillinger has published Energy Landscapes, Inherent Structures, and Condensed-Matter Phenomena. November 16th, 2015: A Geometric-Structure Theory for Maximally Random Jammed Packings is published in Scientific Reports. October 15th, 2015: The isotropic MST potential that stabilizes the diamond crystal as a ground state has been shown to exhibit both water-like and silica-like structural, thermodynamic and transport anomalies in the phase diagram associated with this potential. September 23rd, 2015: Effective Diffusion Coefficients in Random Packings of Polydisperse Hard Spheres from Two-point and Three-point Correlation Functions is published in Journal of Applied Physics. August 28th, 2015: The Phase Diagram of High-Pressure Superionic Ice is published in Nature Communications. A press release is also on the department website as well as articles on Science 360 and Princeton Journal Watch. August 13th, 2015: Ground States of Stealthy Hyperuniform Potentials: I. Entropically Favored Configurations and Ground States of Stealthy Hyperuniform Potentials: II. Stacked-Slider Phases are published in Physical Review E. May 29th, 2015: Ensemble Theory of Stealthy Hyperuniform Disordered Ground States is published in Physical Review X. The article may be viewed for free from the journal. March 4th, 2015: Existence of Isostatic, Maximally Random Jammed Monodisperse Hard-Disk Packings has been featured in a press release and interview by the Department of Chemistry.
