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materials. The focus is to develop novel electrochemical deposition methods, control interfacial reaction kinetics, and engineer functional coatings and thin films. Advanced process design and
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e-beam lithography, optical lithography, atomic layer deposition; thin film metals deposition, and scanning electron microscopy are considered highly desirable. Responsibilities Responsibilities
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optimization, and neural network techniques. Fabrication processes will involve electron beam lithography, atomic layer deposition, dry and wet etching, and scanning electron (SEM) or scanning ion (FIB
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atomic layer deposition and annealing. Develop atomic scale processes to deliver high-quality ferroelectric thin films for next- generation computing applications. Work closely with modeling team in
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pulsed laser deposition, atomic layer deposition and liquid-phase epitaxy of substituted garnet films, and comparing directly doped garnets against stacks in which the spin ions are hosted in an adjacent
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couple efficiently to the spin ions while long optical and spin lifetimes are preserved, using pulsed laser deposition, atomic layer deposition and liquid-phase epitaxy of substituted garnet films, and
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materials. Molecular, organic, or hybrid organic–inorganic materials. Cleanroom nanofabrication, including electron-beam or optical lithography, thin-film deposition, etching, or atomic layer deposition
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-beam and optical lithography, atomic layer deposition, reactive-ion etching, focused ion beam, and a new 700-square-meter cleanroom. Measuring: dilution refrigerators down to millikelvin, low
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Fabrication of photonic devices and subsystems using electron beam lithography, sputtering, etching, atomic layer deposition, and evaporation Characterization of high-speed optoelectronic devices using
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-characterization facilities. Available infrastructure includes atomic layer deposition, electron microscopy, scanning-probe methods, x-ray techniques, ellipsometry, and spectroscopy. The combination of