Cavity optomagnonics for quantum information

The realization of quantum networks requires the usage of various devices, such as quantum memories to store information, transducers to convert quantum bits between different types of carriers, and isolators and circulators to tune the flow of information. The hybrid system composed of magnons and photons is promising for the implementation of such platforms. We investigate theoretically different setups and protocols for quantum information processing with cavity-optomagnonic systems.

 

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