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). The QMol project will develop new strategies in molecular electronics for controlling molecular conformation, switching in organic/organometallic compounds, and new methods of molecular assembly, which can
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are high power tube amplifiers where a linear electron beam is modulated by a small RF electromagnetic field, which causes bunching, and excited a high power RF fields in the output cavity. The post will
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and multiphysics simulation, instrumentation, and material and electrical characterization techniques is essential. Expertise in areas such as power electronics, electromagnetics, and embedded systems
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