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magnifiers such as JAWS , NVDA , Narrator, Fusion/ZoomText; WAVE and/or aXe web accessibility evaluators, color contrast analyzers, Canvas, captioning software Duties and Responsibilities * Reformat
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altermagnets and p -wave magnets by ARPES, pursue scalable wafer-scale moiré epitaxy, develop epitaxial superconductors for quantum computing and integrate machine learning for automated high-throughput MBE
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detectors dedicated to ground- and space-based astronomy. These activities will include work on cutting-edge Very Long-Wave Infrared (VLWIR) detector technologies developed within the framework of the
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well as the future Athena mission and new X-ray and gamma-ray mission concepts; simulations, planning, and R&D for several future projects including millimeter-wave line intensity mapping and the XLZD
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structure to particle and gravitational physics, galaxy evolution, gravitational-wave sources, nuclear physics, high-energy astrophysics, and quantum technologies. The Institute also hosts an Advanced
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) kinetic simulations of laser plasma instabilities, electromagnetic wave propagation, and cross beam energy transfer, particularly in the presence of background magnetic fields, performed in collaboration
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Behavioral Health Counseling (https://web.uri.edu/psychology/academics/ms-in-mbhc?) The clinical faculty appointment to begin Summer 2026. Position Summary: The successful candidate will contribute to both
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submitted to the EuroHPC initiative. Over the years, the lab developed either homemade codes (rigorous couple wave analysis, plane wave expansions, finite-difference time domain method, etc.), know-how
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equipment. Ability to operate a short wave radio. Ability to react quickly and calmly in emergency situations and to determine proper course of action. Ability to understand and follow instructions
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experimental, in the broad field of nonlinear mechanics. Preference will be given to applicants with expertise in machine learning, wave propagation, metamaterials, and/or fluid–structure interactions