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SuperMeQ explores advanced quantum technologies by enhancing control over the motion of mechanical resonators. The project aims to minimize decoherence, maximize coupling to quantum systems, and generate nonclassical states for improved quantum sensing applications.
SuperMeQ addresses three basic science goals in quantum technologies, targeting to gain new insights into quantum control over the center-of-mass motion of mechanical resonators: (i) We will push to the limits of decoherence mechanisms of
massive objects, (ii) we will maximize the vacuum coupling of the center-of-mass motion of a mechanical resonator to a quantum system, and (iii) we will generate useful nonclassical states such as squeezed states or states with a negative
Wigner function, whic…
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