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leading industries in developing computational tools for future marine propulsion systems. The topic for this Doctoral student position is in methods to assess cavitation inception, vibrations, and
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engineered vibrations for optomechanical applications. As a member of QUEST and of the Photonic Nanotechnology group, you will work closely with colleagues specializing in mathematical modeling, material
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interpret nanoparticle restructuring, vibrations, and surface dynamics Develop and apply Python-based image/data analysis tools for large time-resolved TEM datasets Establish quantitative links between
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dynamics in such systems and to couple the optical cavities to engineered vibrations for optomechanical applications. As a member of QUEST and of the Photonic Nanotechnology group, you will work
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adsorption, and active-site formation Fabricate and use microfabricated reactors for realistic catalytic environments Visualize, quantify and interpret nanoparticle restructuring, vibrations, and