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The successful candidate will have a Ph.D., S.J.D., or other terminal doctoral degree, in one of the following areas: Economics, Political Science, Computer Science, Informatics, Law, Business, Ethics
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plus a paid winter break each year Generous paid time off plans Paid leave for new parents and IU-sponsored volunteer events Employee assistance program (EAP) Learn more about our benefits by reviewing
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. in Chemistry or Physics at time of appointment. Preferred Qualifications: Experience with laser spectroscopy, mass spectrometry, vacuum systems, lasers, computational chemistry. Department Contact
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Cullin. The position will begin in fall 2025. The successful applicant will contribute to the development of a research program in biological normalcy. Biological normalcy is framework within which
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Posting Details Position Details Title BME Postdoctoral Fellow - Cardiovascular Medicine Specific Title Appointment Type Postdoctoral Fellow Department IUSM - Cardiovascular Medicine Campus IU School of Medicine Indianapolis Position Summary A postdoctoral position is available late summer of...
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members taking IU courses 10 paid holidays plus a paid winter break each year Generous paid time off plans Paid leave for new parents and IU-sponsored volunteer events Employee assistance program (EAP
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Design , both in the School of Public Health-Bloomington (SPH-B) at Indiana University . Dr. Holden’s research program pursues “better health, by design” by developing and testing health interventions
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Posting Details Position Details Title Postdoctoral Position on LHCb with Indiana University Appointment Status Non-Tenure Track Department IU Bloomington Physics Location Bloomington Position Summary Postdoctoral Position on LHCb with Indiana University The Physics Department at Indiana...
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their program of research toward becoming an independent scholar. Essential duties include: Prepare individual development plan and form a mentorship team based on goals and interests Lead research on focused
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by time of appointment. The proposed research will leverage multiple computational many-body techniques (including classical and quantum Monte Carlo, molecular dynamics, and ab initio methods) and