Multiresonator Quantum Memory with Multicycle Information Storage

We propose a multiresonator quantum memory consisting of four mini-resonators coupled with a common resonator, which is connected with an external waveguide via a switch. Using the optimization methods, it is possible to effectively transmit a signal from the waveguide to the memory and its long-term multi-cycle storage when the switch is turned off. The advantages of the proposed memory and its potential and implementation range are discussed.