16 composite-residual-stress-development Postdoctoral positions at University of Texas at Dallas
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to team success. Commitment to the development and academic contribution to pain and stress research programs at The University of Texas at Dallas. Proficiency in both basic and advanced laboratory
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that seeks to enroll, assess, and provide brain health training protocols (sleep, stress, brain strategies etc proven to increase cognitive, social, and/or well being) for 120,000 participants with
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Experience Ph.D. in Chemistry or a related field and knowledge of quantum chemistry and quantum physics to develop two-dimensional superconducting single-photon detectors. Other Qualifications To the extent
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understanding of biochemistry and materials chemistry with the ability to perform assay development. The successful candidate must be able to develop independent protocols for complex novel assays for multiple
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are expected to conduct research in one of the following areas: Area A: Research Focus – synthesis and evolution of macrocyclic peptides as selective inhibitors/modulators of cancer-related targets. Projects
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are expected to conduct research in one of the following areas: Area A: Research Focus – synthesis and evolution of macrocyclic peptides as selective inhibitors/modulators of cancer-related targets. Projects
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these toolkits into biotechnology platforms and therapeutic reagents. Our research program integrates chemical biology, protein engineering, and cell biology techniques for therapeutic development, primarily in
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local travel to support assessments or participant needs. Occasional travel outside the local area may also be necessary for training, professional development, conferences, or related activities. What We
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or participant needs. Occasional travel outside the local area may also be necessary for training, professional development, conferences, or related activities. What We Can Offer UT Dallas is an Equal Opportunity
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this work is to develop improved clinical tools and treatments for hearing disorders. Particular focus areas include enhancing outcomes for individuals who use cochlear implants and those who experience