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multiscale solute transport in nanoporous media under changing conditions. The post-doctoral position is for a period of 28 months. Background of the project Quantification and prediction of solute movement
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dysfunction. An ensemble of multi-scale computational approaches (molecular dynamics simulations, quantum chemistry, machine learning) are applied to study the mechanistic aspects of biomolecules in great depth
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based on single-cell and spatial omics data, and (iii) integrating regulatory profiles with multi-modal data. These efforts aim to uncover regulatory mechanisms behind cancer and to develop predictive
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behind cancer and to develop predictive models of cancer outcomes and treatment resistance. For more information, visit kuijjerlab.org . The advertised project focuses on extending network modeling