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Position Summary We are seeking a highly motivated Postdoctoral Scholar to conduct research on the application of geophysical survey tools to quantify subsurface water dynamics and aquifer processes
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cellular environments, and, more generally, exploration of the sequence-structure-dynamics-function relationships of biomolecules in cellular environments. Research will involve a range of computational
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hydrological and related datasets • Apply machine learning and AI techniques to interpret water system dynamics • Develop and implement algorithms using MATLAB and other programming languages (e.g
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research broadly defined in many-body quantum systems, dynamics, and non-equilibrium phenomena. Experience in computational tensor network techniques as well as background in quantum information science
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environment. The position is primarily experimental but will also use computation to characterize the effects of crowding on biomolecular dynamics, stability, and diffusive properties. Equal
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, listed in no specific order, include topological and quantum materials, quantum dynamics and coherent control, solid-state-based quantum information, non-equilibrium many-body physics, as well as
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of Condensed Matter Experiment. Topics of interest, listed in no specific order, include topological and quantum materials, quantum dynamics and coherent control, solid-state-based quantum
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position to the search committee chair by email at at [email protected] . Review of Applications Begins On 12/01/2026 Website https://engineering.msu.edu/departments/me Department Statement The
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the position is filled. Please direct questions about this position to the search committee chair by email at [email protected] . Review of Applications Begins On 12/01/2026 Website https
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(printed materials, in-person and online short courses) on introduction to RTMB, fish population dynamics, stock assessment methodology, and harvest policy methodology to ensure Great Lakes assessment