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For years, computational biologists have sought ways to model how proteins change shape in real time. In the past decade,… Read More
From batteries to biology, how atoms move is critical for understanding how matter behaves. Unless temperature is lowered to absolute… Read More
A huge barrier in converting cellulose polymers to biofuel lies in removing other biomass polymers that subvert this chemical process.… Read More
Computational chemists have made strides modeling many complex chemical interactions, thanks in part to massively parallel computing and algorithms that… Read More
Jarrod McClean and his Lawrence Berkeley National Laboratory colleagues want to simulate and predict the chemistry and properties of advanced… Read More
Processor cores in a giant supercomputer want data delivery that’s fast and efficient. It’s a difficult goal to achieve in… Read More
Water molecules seem simple, containing three atoms – two hydrogens and one oxygen. But this basic structure gets complicated as these… Read More
A biomass bonanza surrounds the Ames Laboratory offices of Mark Gordon, Monica Lamm and Theresa Windus – if only they can… Read More
Complexity lurks within soap bubbles. These ubiquitous lathers may perform simple jobs like washing our hair, clothes, dishes and surfaces,… Read More