64 algorithm-development-"Multiple"-"Prof"-"Simons-Foundation" research jobs at Indiana University
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Posting Details Position Details Title Postdoctoral Fellow: Evolution of Social Behavior Appointment Status Non-Tenure Track Department IU Bloomington Biology Location Bloomington Position Summary
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water and energy resources. Department Specific Responsibilities Integral to coordinating and performing activities in multiple laboratories related to the study of Indiana geology. It supports
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scientists, biomedical informaticians, clinicians, and public health researchers to develop deployable, trustworthy methods that improve patient outcomes and health system operations. Key responsibilities
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prepared them to solve the problems of the future. This position serves multiple research functions within Dr. Jesse Stewart's Cardiometabolic Behavioral Medicine (CBM) Lab, housed in the Department
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individuals with doctoral training who are interested in developing further analytical, methodological, and professional skills needed for informatics-oriented research positions in academia, government, and
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related dementias. Project Overview Leveraging newly developed brain organoid models, this project will: Utilize human iPSC lines from AD patients to develop multiple tiered brain organoid models
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using jets and heavy-flavor probes. The candidate will also participate in algorithm and software development for the LHCb trigger system as part of the Real Time Analysis Project. A Ph.D. in experimental
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join our innovative research team. Our lab focuses on developing precision medicine approaches for diagnosing neurodegenerative diseases, such as Alzheimer’s disease, through the discovery of blood-based
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leveraging multiple rich data sets and leading-edge analytic approaches supported by multiple NIH grants (R, U and P programs). Topics include (a) human genetics of ADRD using quantitative endophenotypes from
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to identify novel targets for diagnostic use and therapeutic intervention. Fellows will work on research problems using rich data sets and leading-edge analytic approaches supported by multiple NIH grants (R, U