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--computational experience in simulating/implementing quantum algorithms for field theories on quantum hardware. Duke is an Equal Opportunity Employer committed to providing employment opportunity without regard
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. The investigator collaborates with interdisciplinary clinical teams to integrate these computational tools directly into hospital workflows. Routine duties include algorithm optimization and the evaluation of model
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the context of critical illness. This position focuses on computational modeling of host-response mechanisms using high-dimensional multi-omics datasets. The fellow develops novel computational pipelines
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. The NPC will maintain a professional image over the phone and when representing their program. Duties and Responsibilities of this Level Scheduling First point of contact for patients, referring
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submissions for continuing review, data use agreements, and protocol amendments. • Support development and testing of computational tools (e.g., algorithms for EMG signal analysis, data visualization
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of cost-effective use of medications and treatments. This includes risk reduction and correct utilization of resources to optimize care. Participates in developing guidelines, algorithms, and care pathways
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to optimize care. Participates in developing guidelines, algorithms, and care pathways to improve the care and safety of patients. Participates in efforts to maintain TJC accreditation standards within
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developing guidelines, algorithms, and care pathways to improve the care and safety of patients. Participates in efforts to maintain TJC accreditation standards within the realm of medication use at clinical
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research. (new text) The Rhodes Information Initiative is a driver of exciting data science, computing, and AI initiatives at Duke. Access to unprecedented amounts of information, computing power, and AI
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research. The Rhodes Information Initiative is a driver of exciting data science, computing, and AI initiatives at Duke. Access to unprecedented amounts of information, computing power, and AI algorithms