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experience in one or more of: large-scale data analysis, time-series photometry, spectroscopy, astrometry, Bayesian/statistical inference, and/or software development for astronomical datasets. Department
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physics, and formal developments in lattice QCD. A Ph.D. in theoretical high-energy or nuclear physics is required by time of appointment. Research experience in one or more relevant areas, including
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candidate will use ice-flow modeling and ice-penetrating radar to investigate the dynamics of the ice sheets. The candidate will have the flexibility to help determine the project’s objectives, methods, and
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hold a PhD in an area related to mineralized tissue research. Candidates must have a sound research background in inorganic chemistry and materials science with a strong understanding of hydroxyapatite
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-series photometry, spectroscopy, astrometry, Bayesian/statistical inference, and/or software development for astronomical datasets. Department Contact for Questions Songhu Wang (sw121@iu.edu) Additional
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other University Faculty and labs for common goals. Expected to keep current on relevant literature to identify suitable direction, new techniques, procedures and methods. Expected to submit research
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procedures and methods. 14. Utilizing fundamental concepts, practices, and procedures to perform routine scientific research tasks. 15. Maintaining knowledge with respect to relevant state-of-the-art
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statistical software such as SAS, STATA, or R. Excellent verbal and written communication skills in English. Strong organizational abilities, creativity, attention to detail, enthusiasm for mentoring, and
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-brain barrier research. Ideal candidates will have: 1.A PhD in the life sciences 2.A solid background in cell culture and tissue engineering approaches 3.Knowledge in Neuroscience and Stem Cell Research 4
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neuroimaging methods to investigate the cognitive and neural mechanisms of episodic memory and how they change in healthy and pathological aging. Our lab investigates cognitive and neural mechanisms of memory