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Graphene Hybrid Optomechanics

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Abstract

Graphene is promising material for high quality nano-resonators with low mass and high quality factor [1,2]. These properties make graphene resonators suitable candidates for studying a mechanical system in the quantum regime and to explore effects such as Casimir forces [3]. However, the readout of a mechanical quantum state requires a non-invasive measurement method. To this end, one approach is to use a quantum transducer to indirectly measure the motion of the mechanical system as is the case in hybrid systems [4].

© 2016 Optical Society of America

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