55 parallel-and-distributed-computing "Multiple" Postdoctoral positions at The Ohio State University
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effective approaches to cancer prevention, diagnosis, and therapies – providing tomorrow’s standard of care today. A Cancer-Free World Begins Here. The OSUCCC – James is the only cancer program in
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The Schumacher research group invites applications for a Post Doctoral Scholar position that will be based at OSU. The group is involved in several experimental and computational projects, including ultra-intense
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Biology & Genetics, where he is establishing an independent research program. Supported by generous start-up funding from OSU and an active NIH K99/R00 award, the Gao Lab provides a strong and stable
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| Computer Science and Engineering Postdoctoral Scholar in The OSU Natural Language Processing Group Two Postdoctoral Scholar positions are available in the Natural Language Processing Group co-led by Prof
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Depression Recovery Clinic ADHD Related Research (with Drs. Arnold and/or Barterian) Structure of Training Program The fellow will spend 3 days in the ADHD clinic providing assessment and individual therapy
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reviewed on a rolling basis beginning mid-November. Required Qualifications: Candidates must hold a doctoral degree in economics, public policy and management, sociology, finance, public health, or computer
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an exceptional opportunity to contribute to a multidisciplinary program exploring molecular mechanisms of resistance, novel antimicrobial strategies, and the epidemiology of resistant bacteria across healthcare
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through designing and conducting gene expression experiments in non-model systems, developing computational pipelines to study gene family evolution, and analyzing and interpreting genomic and gene
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computational projects, including ultra-intense laser-plasma interactions and the physics of plasma mirror operation. The Post Doctoral Scholar will take a leading role in this work and running the Scarlet Laser
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of this research program—spanning basic mechanistic discoveries, application of high-throughput technologies, validation in cancer-relevant mouse models, and translation platforms—is to understand the fundamental