27 modal-time-freqeuncy-artificial-intelligence Postdoctoral positions at Indiana University
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. Investigate vascular dysfunction and neuroinflammation in three-dimensional cellular models, Utilize cutting-edge techniques including confocal microscopy, physiological and shear flow, and artificial
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include: artificial intelligence (AI) governance, Big Data, cybersecurity, data governance, knowledge commons, critical infrastructure protection, and smart cities. The post doc fellow will work under the
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of the founding members of the GlueX experiment at Jefferson National Laboratory (JLab) in Newport News, USA. Both experiments are collecting cutting-edge data sets for hadron spectroscopy over a wide range of mass
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Qualifications The successful application will have earned a Ph.D. in environmental science or engineering, ecology, environmental informatics, or a related field at time of appointment. Other key qualifications
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Qualifications The successful application will have earned a Ph.D. in environmental science or engineering, ecology, environmental informatics, or a related field at time of appointment. Other key qualifications
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) invites applications for a postdoctoral research position under the supervision of Dr. Sebastian Dawid. The appointment may begin as early as August 1st, 2026 (with flexible start dates), for an initial
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for personally experienced past events, or episodic memory (EM), using a combination of behavioral, neuroimaging (fMRI) neurophysiology (EEG), and neuromodulation (TMS) methods. Traditional imaging studies focused
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. Timing and Compensation: Best consideration for those applying prior to September 15, 2025. Review of applicants continues until the position is filled. The ideal start date is January 15, 2026
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) at Indiana University Bloomington. The postdoc will be expected to devote full time to center-based research initiatives and contribute actively to training and outreach efforts. More information about the
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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