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, fds.yale.edu. Yale’s Data Science Initiative has supported the rapid growth of the departments of Statistics & Data Science and Computer Science, as well as many interdisciplinary activities in which
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in statistics, machine learning, clinical investigation, and research leadership; and develop an individual development plan addressing publications, funding, communication, networking, and the next
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Develop computational pipelines and machine learning methods for genomic, clinical, or imaging data analysis. Analyze large-scale biobank, EHR, and/or imaging datasets. Apply statistical, deep learning, and
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and treatable condition. Overview of the Position We seek an exceptional Postdoctoral Associate in Computational Neurogenomics to develop and apply cutting-edge computational and AI approaches to large
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advanced education, training, and mentorship to individuals pursuing careers in academic medicine, biomedical research, or related scientific fields through participation in innovative retinal research
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data according to research specifications. Uses a computer terminal to input and retrieve data and to generate reports Processes and summarizes data using scientific or statistical techniques. Assists in
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), ALS, long Covid and other CNS diseases. · Apply multi-omic profiling (small and long RNA-seq, lipidomics) to define exosomal cargo signatures associated with different disease states. · Develop and
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The Yale Center for Emotional Intelligence (YCEI), part of the Child Study Center at the Yale University School of Medicine, conducts research and teaches people of all ages how to develop
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calling, annotation Perform rare-variant and association analyses across patient cohorts Integrate genomic data with single-cell, spatial, and other omic datasets Develop and maintain reproducible analysis
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) Quantum Error Correction and Fault-Tolerance: Codes and decoders tailored to biased-noise qubits Code surgery compilation Bosonic codes Statistical Mechanics and Non-Equilibrium Many-Body Physics of Error