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independently as well as teamwork Experience in atom related physics. Preferably with experience in optically-pumped magnetometer, including vapor cell miniaturization, VCSEL development for the quantum sensors
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on development of nanophotonic structures for optical computations. Key Responsibilities: Conduct research and develop theoretical models for integrated photonics for quantum sensing and quantum imaging
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to the development of compact, high-brightness light sources (e.g., compact X-ray sources, highly-efficient terahertz emitters). Our research takes place at the boundary of quantum materials, electron waveshaping and
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research on understanding novel quantum emitter phenomena in atomically thin two-dimensional (2D) materials systems, exploring their application as a new class of photonic integrated devices. The Research