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Design Design, execute, and optimize experimental protocols related to wound healing, tissue regeneration, and fibrosis. Lead studies utilizing animal models under IACUC-approved protocols. Apply advanced
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through nearly completed). Formulate, troubleshoot and optimize research methods and techniques as needed. Independently reproduce, evaluate, research, and improve techniques currently used. Maintain
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(e.g., AI-assisted workflows, ontology-backed reasoning, requirements co-pilots) into the sandbox. Ensure the sandbox supports controlled experimentation and repeatable demonstrations of SE capabilities
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guidance, navigation, and control (GNC) systems. The successful candidate will develop and validate Bayesian and non-Gaussian estimation algorithms, data assimilation methods, and tracking frameworks
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culture techniques. Basic Immunological concepts. Preferred Qualifications Prior experience with live cell fluorescent imaging is helpful. Being proficient in Python, R, and/or command line applications is
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students conducting research in quantum optomechanics, with an emphasis on shot-noise-limited measurement and control of high-Q nanomechanical oscillators for fundamental weak force tests. Expertise in
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have the opportunity to integrate field experiments, controlled environment studies, and multi-omics approaches to uncover mechanisms linking microbial ecology to agronomic outcomes. The position is
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experiments and data collection to ensure data integrity, quality control, and protocol compliance. Attend and present research findings at regular group meetings. Manage daily laboratory operations, including
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an AFOSR-funded project, focusing on theoretical investigations at the interface of quantum optics, atomic physics, and many-body physics. The project explores how atomic arrays can modify and control light