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significant role in addiction-related behaviors by influencing brain function, immune signaling, and metabolite production. This project seeks to uncover the biological mechanisms linking the gut microbiome
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on the development of continuum and discrete, stochastic mechanical models of ordered cellular structures and understanding the role of order in pattern formation. The project is in close collaboration with
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influencing brain function, immune signaling, and metabolite production. This project seeks to uncover the biological mechanisms linking the gut microbiome, host genetics, and addiction vulnerability
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simulations. Minimum Qualifications Ph.D. in mechanical engineering, chemical engineering, materials science, or a closely related field, with 0–3 years of relevant research experience in battery systems
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, biomedicine, and other areas of societal importance. Specific projects may involve developing multiscale simulation methods for quantum mechanical properties of macromolecules; developing novel ways to combine
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metal additive manufacturing applications. The Ideal candidate will also have experience in conducting experiments and have a strong grasp of continuum mechanics, cohesive zone, crystal plasticity
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discoveries for renewable energy, biomedicine, and other areas of societal importance. Specific projects may involve developing multiscale simulation methods for quantum mechanical properties of macromolecules
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discoveries for renewable energy, biomedicine, and other areas of societal importance. Specific projects may involve developing multiscale simulation methods for quantum mechanical properties of macromolecules
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surrounding bone and tooth formation, maintenance, aging, and repair. The successful candidate will support projects investigating the cellular and molecular mechanisms of bone and tooth regeneration, as
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cell-derived muscle models or 3D culture systems (including physiological hypoxia) is a plus. Experience in biochemical and immunological mechanisms of immune-suppression Position Type Research