Christopher D. Snow, Houbi Ngyen, Vijay S. Pande, and Martin Gruebele. Nature (2002) ABSTRACT: Protein folding is difficult to simulate with classical molecular dynamics. Secondary structure motifs such as -helices…
Read moreBojan Zagrovic, Christopher D. Snow, Siraj Khaliq, Michael R. Shirts, and Vijay S. Pande. Journal of Molecular Biology (2002) ABSTRACT: The nature of the unfolded state plays a great role…
Read moreBojan Zagrovic, Christopher D. Snow, Michael R. Shirts, and Vijay S. Pande. Journal of Molecular Biology (2002) ABSTRACT: By employing thousands of PCs and new worldwide-distributed computing techniques, we have…
Read moreStefan M. Larson, Christopher D. Snow, Michael R. Shirts, and Vijay S. Pande. To appear in Computational Genomics, Richard Grant, editor, Horizon Press, (2002) ABSTRACT: For decades, researchers have been…
Read moreVijay Pande, et al. Peter Kollman Memorial Issue, Biopolymers (2002) ABSTRACT: Atomistic simulations of protein folding have the potential to be a great complement to experimental studies, but have been…
Read moreBojan Zagrovic, Eric J. Sorin, and Vijay Pande, Journal of Molecular Biology (2001) ABSTRACT: We have used distributed computing techniques and a supercluster of thousands of computer processors to study…
Read moreMichael R. Shirts and Vijay Pande, Physical Review Letters (2001) ABSTRACT: A set of parallel replicas of a single simulation can be statistically coupled to closely approximate long trajectories. In…
Read moreMichael R. Shirts and Vijay Pande, Science 2000. Summary: Is distributed computing a fundamental advance or simply fashionable computing? In this brief letter, we show how distributed computing can be…
Read moreWe released our software to the public and very soon after we had thousands of computers donating otherwise unused computer power.
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