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Field
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characterization of molecules and chemical reactions as well as development of structure-to-property rules and nonadiabatic dynamics for electrocyclization reactions. The ideal postdoctoral candidate will have
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the structure and behavior of catalytic nanomaterials critical for green hydrogen and energy technologies. The candidate will design and perform real-time in-situ TEM experiments using gas and liquid sample
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and software tools for visualizing and analyzing materials characterization data Develop novel, data-driven materials characterization workflows Advance understanding of process-structure-property
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: Attosecond electron/nonadiabatic quantum dynamics, ionization dynamics, methods to describe the electronic continuum, multireference electronic structure, tensor network states. Available computational
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23.10.2025, Academic staff Living systems develop complex structures and functions through principles of self-organization. Stem-cell derived organoids represent a unique platform to dissect
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and energy systems simulations, and scenario forecasting-to evaluate dynamic energy-water futures and resilience strategies for diverse Idaho communities. Job Summary/Basic Function: The Postdoctoral
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with the Multiscale Dynamics and Heterogeneities in Quantum Materials themes at the CNMS and US DOE’s Genesis projects. The candidate is expected to work closely with Soumendu Bagchi and P. Ganesh. As
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modelling, theoretical physical organic chemistry and electronic structure theory to advance our understanding of chemical reactivity. We aim to develop new concepts and computational tools to drive
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funded. The successful applicant will work in Professor Carlos Argüelles’ group on the development, construction, and deployment of TAMBO Phase 1. Candidates with strong expertise in data acquisition
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applications. The ideal candidate will possess strong analytical and experimental skills to address complex challenges related to packaging dynamics, product protection, and sustainable material performance