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The interdisciplinary lab of Dr. Peixuan Guo at The Ohio State University seeks a recently graduated Ph.D in biophysics to work on RNA nanotechnology, RNA structure and function, TIRF imaging, optical tweezers (both
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Simulation, Electronic Structure Calculation or Quantum Dynamics. These required and desired skills should be demonstrated through a record of peer-reviewed publications. Additional Information: The College
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economic justice for vulnerable populations. The College fosters social change through collaboration with individuals, families, communities, and other change agents to build strengths and resolve complex
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dedicated research facility with state-of-the-art tools that allow research teams to investigate brain structure, function, and causal mechanisms with robust and innovative methodology. It has supported
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for large multidisciplinary projects. The goals of the Hub are to be (i) a cutting-edge resource for collaborative research with expertise across virtually every AI/ML domain; build a scalable shared
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Depression Recovery Clinic ADHD Related Research (with Drs. Arnold and/or Barterian) Structure of Training Program The fellow will spend 3 days in the ADHD clinic providing assessment and individual therapy
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| Pharmaceutics and Pharmacology The interdisciplinary lab of Dr. Peixuan Guo at The Ohio State University seeks a recently graduated Ph.D in biophysics to work on RNA nanotechnology, RNA structure and function
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AI/ML domain; build a scalable shared infrastructure in the form of a university-wide computing cluster; develop robust data/model commons integrated with cutting-edge computing clusters that will help
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projects; Strengthen competencies in project management, partnership development, and multidisciplinary collaboration; Build a robust scholarly pipeline grounded in CETEs large-scale education projects
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manufacturing builds; Develop unique gas metal arc DED procedures to make sound high quality builds with different Ar-H shielding gases. Support advanced characterization of Fe-10Ni test builds using methods