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-box experience etc.), Characterization (AFM/SEM/TEM/UV-VIS/Raman), CNT or nanowire/2D material growth is a plus. Software: Python, Matlab, Mathematica, COMSOL, Schroedinger-Poisson Solver, C/C++, Number
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: Some of the best and most interested quantum emitters and quantum memory devices are operating an optical wavelength ranges not suitable for satellite-based quantum communication. This PDF role is for
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devices. The project will rely on UHV and MBE growth. It will connect both materials and device characteristics to improved growth methods. Experience with the following is useful: UHV methods MBE XRD LT
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of the academic community. These PDF positions are made possible thanks in part to funding from the Canada First Research Excellence Fund . Apply Equity Statement The University of Waterloo is committed