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applies platforms for state-of-the-art techniques for Accelerated Nanomaterial Discovery, integrating synthesis, advanced characterization, physical modeling, and computer science to iteratively explore a
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rigorous wavefront simulations and AI/ML networks that account for the light-matter interactions in various wavelength regimes, and real light source parameters such as coherence, polarization
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radiolysis as a tool to study fundamental molecular energy conversion processes such as charge separation, transfer/transport and recombination, as well as projects with applications in light-driven chemical
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scientific programs with a strong focus on Electroweak and Beyond the Standard Model physics. Participation in the development and performance of physics and detector simulations for high-energy and nuclear
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physics principles for beamlines, synchrotrons, and storage rings, including the theory of polarized beams. Duties will involve developing physics models of accelerators and beams using standard simulation
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, and infrared light to enable discoveries in clean and affordable energy, high-temperature superconductivity, molecular electronics, and more. POSITION DESCRIPTION The Physical Science and Research
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, and infrared light to enable discoveries in clean and affordable energy, high-temperature superconductivity, molecular electronics, and more. POSITION DESCRIPTION The Physical Science and Research
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investigators. Position Requirements Ph. D. in theoretical or physical chemistry, or a related field Extensive experience in one or more of the following areas: Computational modeling of homogeneous
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, and Abilities: Experience with neutron or x-ray scattering from single crystals Experience with characterizing magnetic and structural dynamics using neutron scattering Modeling neutron scattering from
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transport modeling and machine protection strategies for the EIC accelerator complex. This position will focus on Monte Carlo simulations to characterize the radiation environment resulting from beam losses