… The observation of photon blockade relies on a challenging task that … -photon sources is to
realize a strong photon blockade [15–17]. Thus, in order to achieve the best photon blockade, …

… photon blockade can occur. While studying photon statistics and hence photon blockade …
of magnon statistics and subsequently magnon blockade is still challenging. Consequently, in …

… We study the effects of parity-time (PT ) symmetry on the photon blockade and distinguish …
transition on the photon blockade. In Sec. IV, we discuss the photon blockade behavior when …

… However, in multimode cQED systems, since the χ m values are typically different, there is,
in general, no wait time that corresponds to a joint parity measurement across modes. Prior …

… Specifically, we show that photon blockade (PB), which is a purely quantum effect, can … We
note that single-photon blockade (1PB), ie, blockade of the subsequent photons by absorbing …

… In this study, we investigate the properties of photon blockade of a phase-coupled photonic
dimer … The state of parity-time-symmetric resonators is not conducive to the generation of a …

… where P = e πiˆa† ˆa is the bosonic parity operator, which implements “spatial” inversion
on the bosonic mode while acting trivially on the atomic degree of freedom, and T is time …

… For smaller powers, we observe no transmission (photon blockade), and for higher powers,
the cavity transmission scales linearly with the input power (empty cavity solution). The red …

… photons, we introduce the concept of photon blockade in close analogy with the phenomenon
of Coulomb blockade for quantum-well electrons.” The essence of the blockade effect is …

… -photon blockades. We demonstrate how various photon blockades can be identified by
analyzing photon-… We show that two- and three-photon blockades can, in principle, be observed …