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of sharing a quantum state. This opens possibilities for fundamental studies in remote entanglement and quantum teleportation of mechanical states, as well as ultra-sensitive detection of weak, long-range
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establishing reliable, multimodal methods that connect interphase chemistry and morphology to electrochemical performance, stability, and degradation mechanisms. Join us in shaping the future of advanced
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optomechanical interaction for the polaritons and mechanical modes in GHz range. The project is carried out in close collaboration with leading experts in semiconductor cavity optomechanics in Berlin, providing
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