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develop new modeling methods and new models; they will apply those models to simulate neural responses and design new therapies. The applicant will also gain exposure to other projects in the lab, spanning
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model, including community selection criteria, readiness pathways, and training curricula. This position requires a blend of strategic thinking, project management, and community engagement expertise
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Activities: Research Topic: Bioengineered Human Tissue Model for Juvenile Dermatomyositis Job Description: Our lab is focused on using bioengineered human muscle systems (myobundles) to research rare pediatric
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Abilities: In-depth knowledge of Health Physics, Medical Physics, Mathematical Physics, Radiation Biology, Kinetic Modeling and Computer Simulations. Knowledge of federal, state and local laws and regulations
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) is highly desirable—especially in the context of functional materials used in acoustofluidic and biomedical applications. •Applied Physics and Modeling: A solid background in applied physics is
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all applicable University and departmental policies and procedures. The postdoc candidate is expected to: 1) Develop coarse-grained or mesoscopic models of dynamic DNA nanostructures and polymer-grafted
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-funded R01 project to develop and disseminate computational neuron models and their integration with TES and TMS electric field simulations in the popular SimNIBS software package. This project is a
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transcranial electric and magnetic stimulation (TES and TMS) on an NIH-funded R01 project to develop and disseminate computational neuron models and their integration with TES and TMS electric field simulations