We present a coarse-grain protein model PaLaCe (Pasi-Lavery-Ceres) that has been developed principally to allow fast computational studies of protein mechanics and to clarify the links between mechanics and function. PaLaCe uses a two-tier protein representation with one to three pseudoatoms representing each amino acid for the main nonbonded interactions, combined with atomic-scale peptide gro...

Friday " I don't see what's so funny? " " Really, " Dr. Egerton continued to force a thin dry chuckle. " Because I think it's pretty funny. Don't you feel funny even saying it? " " No I do not feel funny saying it, " XienCheng spat back with disdain. " Because it isn't funny. It isn't funny at all. Do you have any idea how much money the Ceres mine lost last week? " " I have no idea, " Egerton ...

Using a relativistic transport model for the expansion stage of S+Au collisions at 200 GeV/nucleon, we show that the recently observed enhancement of low-mass dileptons by the CERES collaboration can be explained by the decrease of vector meson masses in hot and dense hadronic matter.

[1] Using multiple satellite instruments, we demonstrate a new empirical method for obtaining shortwave (SW) aerosol angular distribution models (ADMs) over cloud-free oceans. We use nearly a year’s worth of multispectral Moderate Resolution Imaging Spectroradiometer (MODIS) data to obtain aerosol properties within a Clouds and Earth Radiant Energy System (CERES) footprint and Special Sensor Mi...

The two-dimensional pion-proton correlation functions were analyzed in the central Pb+Au collision data taken by CERES at the top SPS energy. The correlations between the sameand the opposite-sign particles exhibit a minimum and a peak, respectively, at low relative momentum q: = p2 − p1, caused by the mutual Coulomb interaction. A difference between the average freeze-out position or time of t...