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Description of the school:The purpose of this summer school is to provide an overview of computational and experimental studies of soft matter systems, with the focus being on biomolecular systems. This field is inherently multi-disciplinary and progress requires a close interaction between traditional disciplines such as physics, chemistry, medicine, biology, and pharmacology. The school is targeted to PhD students and young postdoctoral scientists.The aim of this school is to provide a broad understanding of computational techniques which can be used over a wide range of scales, starting from the nano-regime and going further to larger scales in time and space. The program will cover methods ranging from quantum-mechanical, to classical atomistic, and to modern mesoscale techniques. One of the main themes is coarse-graining techniques that can be used to move between different time and length scales. Applied topics, such as modeling biomolecular interactions, docking of biomolecules, and methodological issues such as long-range interactions, free-energy calculations, and force fields will be discussed. The purpose is to demonstrate the impact of the above techniques through topical applications.
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Organizers:
and Graduate School of Computational Chemistry and Molecular Spectroscopy (LasKeMo). |
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| Last modified Sunday October 23, 2011 | |||