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to instrumentation and techniques for ground and space-based wavefront control and high-contrast imaging. Candidates with a range of experience outside of astronomy are encouraged to apply. As a Postdoctoral Research
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can modify and control light-matter interactions in novel regimes of cavity QED, collective atom-field interactions and nonequilibrium driven-dissipative systems. We are a research group working on
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, with the possibility of a contract extension after this period. The selected candidate is expected to work on projects about dust control, biostabilization and bioleaching, and reuse of mine tailings
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, to further fund the research. The project will take advantage of the exceptional measurement capability of the LEO hillslopes and will gain novel insights into the mechanisms that control transpiration
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Foundation, to further fund the research. The project will take advantage of the exceptional measurement capability of the LEO hillslopes and will gain novel insights into the mechanisms that control
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proteins on brain circuits controlling puberty and fertility are a key focus. Research is conducted in mouse models, addressing the interaction of hormones and neuropeptides in coordinating the brain’s
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spatial light modulators such as LCoS, and DMD, and with beam steering modalities to control such devices. Knowledge of interfacing camera and detectors to opt-electro-mechanical system. Excellent verbal
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with basic Immunological concepts. Preferred Qualifications Prior experience with live cell fluorescent imaging. Experience working with Python, R, and/or command line applications. FLSA Exempt Full Time
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of neural activity with control of defined circuit elements and utilizing imaging, optogenetics, anatomy, high-density freely moving neurophysiology, behavior, and computation. Ideal candidates will have a