is a multidisciplinary group of scientists developing
theory, modeling, and simulation of nanosystems
on multiple length and time scales:
from electronic structure and molecular interactions,
through statistical-physical theory,
toward modeling of system functioning.
Date: Feb. 22, 2012 at 16:00
Place: NINT room 6-122
Our paper on the role of hydration in protein folding has been featured in JCP: Biochemical Physics, and highlighted in Virtual Journal of Nanoscale Science & Technology and in Virtual Journal of Biological Physics Research
Our paper on supramolecular chiral rosette nanotubes has been selected as Editor’s choice of Science Magazine, and highlighted by "Heart Cuts", a news weekly published by ACS.
Our paper on microtubules stability has been featured on the Cover of Biophysical Journal, and highlighted in Science Daily
Our paper on hydration thermodynamics of proteins has been highlighted in Virtual Journal of Nanoscale Science & Technology and in Virtual Journal of Biological Physics Research
Our paper on prediction of water molecules in a protein cavity by 3D molecular theory of solvation has been highlighted in Chemistry World
Our paper on statistical mechanical theory of collapse of hydrophobic polymer chains in water has been highlighted Virtual Journal of Biological Physics Research