62 algorithm-development-"Multiple"-"Prof"-"UNIS" Postdoctoral positions at Stony Brook University
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synchrotron X-Ray methods. The Postdoctoral Associate will develop new methods for measurements, data analysis and modeling for Modulation Excitation Spectroscopy and will travel to US and foreign synchrotrons
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synchrotron X-Ray methods. The Postdoctoral Associate will develop new methods for measurements, data analysis and modeling for Modulation Excitation Spectroscopy and will travel to US and foreign synchrotrons
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determinants of pathogenesis and immune neuropathology. ● Conduct experiments using recombinant approaches to generate and evaluate reverse genetics modified recombinant POWVs, develop potential recombinant
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determinants of pathogenesis and immune neuropathology. ● Conduct experiments using recombinant approaches to generate and evaluate reverse genetics modified recombinant POWVs, develop potential recombinant
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. They will perform research to understand the crystallization of calcium carbonate. We are looking for a highly motivated and creative individual who is interested in developing a mechanistic understanding the
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scientific and technical backgrounds and levels of experience. In addition, this position will involve training and management of undergraduate or graduate students, development of new proposals, and day-to
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the predetermined research scope and methodology, perform independent research related to the development of enzyme inhibitors ● Instruct and train graduate and undergraduate students. ● Participate/assist in
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the predetermined research scope and methodology, perform independent research related to the development of enzyme inhibitors ● Instruct and train graduate and undergraduate students. ● Participate/assist in
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module development. ● Assist in proposal development, group outreach, and student mentoring. ● Contribute to the development of new training courses. ● Other duties as assigned. Special Notes
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. Traditional small-signal stability analysis methods are insufficient for evaluating large disturbances such as faults and disconnections. This project focuses on developing and validating computationally