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Field
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innovative microfluidic technologies. Responsibilities: Designing and conducting experiments to study microbial communities using microfluidic platforms. Developing and optimizing microfluidic devices for high
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development and optimization. The tumor microenvironment and mechanisms of immune evasion. Development of innovative technologies to enhance anti-tumor immune responses. The role of epigenetic and RNA
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developmental challenges faced by children, families, and our aging population and to promote optimal development and opportunities for all. Postdoctoral fellows have the chance to participate in research
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, advanced optimization and control of semiconductor manufacturing processes and systems. Experience in working with advanced AI/ML software packages and super-computing cluster systems, including Hadoop
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Stimulated Raman Spectroscopy (PARS) method. Research tasks will include design, development and optimization of the full PARS system including a Raman cell pumping scheme, a photoacoustic cavity, and an
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expected to execute across all aspects of medicinal chemistry. The candidate will be responsible for designing, synthesizing, and optimizing molecules targeting GPCRs (cannabinoid receptors; allosteric and
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been extensively studied in game theory, reinforcement learning, and optimization, their full integration into modern AI systems (particularly in multi-agent deep learning and human-AI collaborative
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advancement. Key Responsibilities: · Design and conduct experiments involving gene editing technologies in renal systems. · Develop and optimize delivery strategies for genetic therapies
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* Synthetic Organic & Medicinal Chemistry Independently design chemical routes and select appropriate reaction conditions for individual steps. Conduct multistep chemical syntheses from mg to Kg scale. Optimize
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antimicrobial interventions. Develops, validates, and optimizes innovative food safety technologies and methods for farm to fork applications. Analyzes microbial responses to environmental stress and