Postdoctoral positions in Research Area I of the Cluster of Excellence RESOLV (m,f,x)

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Postdoctoral positions in Research Area I of the Cluster of Excellence RESOLV (m,f,x)

Postdoctoral positions in Research Area I of the Cluster of Excellence RESOLV (m,f,x)

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Postdoctoral positions in Research Area I of the Cluster of Excellence RESOLV (m,f,x)

RESOLV has established a structured postdoctoral training platform with emphasis on both individual research training and career coaching in academia, industry, and entrepreneurship. We are looking for full-time postdoctoral researchers for two-year temporary subprojects (39.83 h/week, payment according to public service’s wage agreement TV-L E13) with an excellent track record.

extent: full-time
39,83 h/week
duration: temporary beginning: as soon as possible
application deadline:

• As postdoctoral researcher in Area I, you will contribute to a research project that focuses on the role of the solvent in charge or electron transfer processes. RESOLV aims to unravel the solvent impact on non-equilibrium charge and electron transfer processes at electrified interfaces, molecular energy conversion, and quantum phenomena. Projects focus on novel experiments to image solvents at molecular resolution, thereby providing space- and time-resolved insights into key chemical processes, and to delve into the world of quantum solvation effects by developing a superconducting collider and highly accurate machine learning potentials for quantum simulations of cryo-processes.

Your profile:

• You hold a top-grade full university degree with a doctorate in Chemistry, Chemical Physics, Biochemistry, Chemical Engineering or comparable subjects.
• You are fascinated by the interdisciplinary research field Solvation Science.
• You have experience in one of the following disciplines: Theoretical chemistry (simulations, machine learning potentials or electronic structure calculations), bio- or electrocatalysis, synthesis (organic chemistry, coordination chemistry, small reactive intermediates), (time-resolved) spectroscopic techniques, microscopy at interfaces and on surfaces, chemical engineering (thermodynamic measurements and modelling), and ultra-low temperature chemistry.
• You have a solid knowledge of English in a professional environment (at least level B2, oral and written).