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of the following tasks: 1) Laser-based instrumentation design, fiber coupling, and optical characterization. 2) Experimental investigation and computational model simulation of laser-induced bubble dynamics and
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may include teaching responsibilities. The appointment is generally preparatory for a full time academic or research career. The appointment is not part of a clinical training program, unless research
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growing portfolio of trauma, critical care, nutrition, ethics, and clinical informatics research. This position will coordinate complex, multi-component studies that include prospective patient enrollment
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designing, executing, and analyzing current or future quantum simulations at the intersection of subatomic physics and quantum information science. The successful candidate will also lead peer-reviewed
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analysis and interpretation of multidimensional microscopy datasets, integrating image processing, spectroscopy, diffraction, and computational methods to extract meaningful scientific insights. 3) Lead the
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necessary animal handling for physiological relevance. Collaboration: Working within a multidisciplinary team to integrate structural data with electrophysiology and computational modeling. Choose Duke
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science methods application and dissemination Demonstrated proficiency through previous developed analytical codes with R Language for Statistical computing, and qualitative analysis using NVivo
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application to quantum theory and information science. Other application areas of interest include robust parameter estimation and performance bounds under model misspecification, integrated sensing and
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Associate to join a collaborative research program investigating the endocrine-disrupting potential of plastic additives. This position offers a unique opportunity to conduct rigorous pharmacological and
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communities in the gut, blood and other bodysites; immune profiling; biomarker assays; metabolomics; clinical outcomes research; and systems-based biology and computational multi-omics approaches