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experiments will enable a systematic investigation of SSF dynamics under controlled yet realistic conditions. The PhD project will focus on analyzing SSF patterns across all sites using an integrated
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crystalline materials contains the information on dynamic and static disorder. Relating this information to the underlying structural disorder is a challenging task, particularly in the case of single crystal
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of stochastic perturbations of fluid dynamic equations related to convection. Close interaction with other MPI MiS groups, especially "Applied Analysis" (László Székelyhidi) and "Pattern Formation, Energy
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, chemistry, and structural biology at the forefront of international research. With interdisciplinary teams from Universität Hamburg, Max Planck Institute for the Structure and Dynamics of Matter (MPSD
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of life Structure and pattern formation in the material world Cultural dynamics in a globalised world Self-regulation and regulation: individuals and organisations 9,343 Number of doctoral candidates 28
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Helmholtz Centre for Infection Research, Helmholtz Centre hereon GmbH, Max Planck Institute for the Structure and Dynamics of Matter, European XFEL, University of Hamburg, Hamburg University of Technology
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location Bremen In cooperation with The IGS is embedded in the Bremen Research Cluster for Dynamics in Logistics "LogDynamics". It is a collaborative initiative, bringing together the working groups of five
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University, Prague/CZ Institute of Low Temperature and Structure Research, Wroclaw/PL University of Wroclaw/PL Wroclaw University of Science and Technology/PL Teaching language English Languages 100% English
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: 3D structural and molecular mechanistic analyses of PERIOD protein interactions in the mammalian circadian clock This PhD project aims to characterize the dynamically changing protein interactions
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mineral surfaces Parameterize, set up, and validate molecular-scale models of complex soil-relevant systems Quantify structural, dynamical, and energetic properties governing water retention and soil