The ability to control the motion of mechanical systems through interaction with light has
opened the door to a plethora of applications in fundamental and applied physics. With …

… mode on average, even though QI,s performance advantage requires the presence of a
bright … The transmitter,s EOM converter entangles microwave and optical fields. The receiver,s …

… As explained above, Barzanjeh’s experiment simulates the situation involving ideal idler
photon number detection, a requirement in quantum illumination, resulting in a quantum …

… taken s and s real and positive. Before we present the full analysis, including damping, we
can illustrate the key principle. As we describe below, the MR mediates an effective retarded …

… ’s algorithm for searching and Shor’s algorithm for factoring large numbers in popular [6]. …
Google’s classical PageRank algorithm has also explored its quantum implementations with …

… 2A, we show measurements of Δ as a function of the signal photon number N S = 〈 a ̂ S
† a ̂ S 〉 at the output of the JPC at millikelvin temperatures, as obtained by applying the …

… The overall efficiency of the protocol is given by η = η S η T , where η S is the storage
efficiency of the optical photon into the symmetric spin excitation and η T describes the transport …

… }}{\bar{n}}_{{\rm{m}}}\), with the mechanical bath occupancy \({\bar{n}}_{{\rm{m}}}={\left[{{\rm{e}}}^{\hbar
{\omega }_{{\rm{m}}}/{k}_{{\rm{B}}}{T}_{{\rm{b}}}}-1\right]}^{-1}\) (k B is Boltzmann’s …

… high transmission in the forward direction S 21,32,13 with an insertion loss of (3.8, 3.8, 4.4)
dB, due to imperfect input matching, and an isolation in the backward direction S 12,23,31 of …

We propose a scheme that is able to generate stationary continuous-variable entanglement
between an optical and a microwave cavity mode by means of their common interaction with …