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Field
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. Central to the research project is the study electronic structure and the dynamics occurring at extremely short time periods, down to the femtosecond time scale (10-15 s). In your research, you will be
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developing formalisms for their interpretation (GMC structure, dynamical state, lifetime, formation, evolution), and/or ii) weighing the supermassive black holes lurking at galaxy centres using molecular gas
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into the fundamental reaction mechanisms and kinetics involved. Investigate thermodynamics-electrode/electrolyte interfacial structure-property relationships to gain deeper insights into material behavior. Develop
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to guideline analysis, the construction of simulated trials, and the feasibility assessment in French databases (SNDS, CONSTANCES, EDS-APHP). Activities : Contribute to the design of simulated trials (target
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Max Planck Institute of Biophysics, Frankfurt am Main | Frankfurt am Main, Hessen | Germany | about 1 month ago
Job Code: 2025_09 Job Offer from July 18, 2025 About the department The research group of “Structure and Dynamics of Chromosomes” led by Eugene Kim at the Max Planck Institute of Biophysics is
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techniques to challenging biological systems. Requirements: Ideal candidates should hold an excellent PhD in structural biology, biochemistry, biophysics or in an equivalent area. Experience in membrane
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developing formalisms for their interpretation (GMC structure, dynamical state, lifetime, formation, evolution), and/or ii) weighing the supermassive black holes lurking at galaxy centres using molecular gas
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/electrolyte interfacial structure-property relationships to gain deeper insights into material behavior. Develop innovative approaches to minimize cell polarization by precisely controlling electrolyte
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models for raw, dynamic, and embedded SQL queries, training the models on the collected measurements, and refining and validating the models through feature selection. Your work needs to consider model
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the structural-property relationship in polymers through molecular engineering, structural engineering, and advanced characterization across scales. With these insights, we resolve conflicting design principles