We propose an efficient method for generating two-mode squeezed states of the collective
excitation of two nitrogen-vacancy-center ensembles (NVEs), which are magnetically …

We show that a squeezed bath, that acts on the central element of a harmonic chain, can
drive the whole system to a steady state featuring a series of nested entangled pairs of …

We study controllable generation of two-mode-entangled states in a circuit QED setup,
which consists of two spatially separated superconducting transmission line resonators and …

We investigate the hybrid quantum system of a superconducting flux qubit, a single
electronic spin associated with a negatively charged nitrogen vacancy (NV) center in …

We show that a hybrid quantum device consisting of three ensembles of nitrogen-vacancy
(NV) centers whose spins are collectively coupled to a superconducting coplanar …

We propose an efficient method for dissipative preparation of controllable steady-state
entanglement of two superconducting qubits coupled to spatially separated transmission …

We consider a system consisting of four independent chains of coupled single-mode
superconducting transmission line resonators and a gap-tunable qubit. When the first four …

Four-mode continuous-variable (CV) cluster states are an important and necessary resource
in continuous-variable quantum computation. In this paper, we present a simple and efficient …

We show that a squeezed bath, that acts on the central element of a harmonic chain, can
drive the whole system to a steady state featuring a series of nested entangled pairs of …