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. The Post Doctoral Scholar will specifically, support relationship development on the effects of Argon-Hydrogen shielding gas on properties of directed energy deposition (DED) Fe-10Ni material additive
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comprehensive characterization of novel material systems that harness spin, orbital, and magnon degrees of freedom. Research includes thin-film deposition, advanced materials characterization, and the development
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for external funding and supports development of research proposals for submission; participants as appropriate in new research grant submissions; develop projects, collects data, and conducts quantitative and
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modalities including immune checkpoint blockade, cytokine-based immune modulation, and engineered cellular therapies such as CAR-T platforms. The scholar will contribute to the development and refinement
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Conceptualize, develop and execute an individualized training plan related to health development. Conduct research training coursework, and research activities, which may include investigator-initiated pilot
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analysis, preparation of manuscripts for journal publication, and grant proposal development. Minimum Education Required Doctorate Degree or equivalent combination of education and experience with a Major in
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implements new laboratory methods to achieve characterization of the genetic basis of human cancers, identifies novel genes and examines their role in cancer development, analyzes changes in gene copy number
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outcomes. The goal of the program is to prepare the next generation of independent cancer researchers through mentorship, collaborative research, and career development opportunities. Trainees will benefit
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Sciences | Chemistry and Biochemistry Administration A postdoctoral researcher appointment is available in the Carpenter Nanoparticle Spectroscopy Group (https://www.carpentergroup.site/) in the Department
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This position researches theoretical and experimental methods for development and use of microfluidic and nanofluidic approaches towards understanding which viruses in natural samples interact with bacteria