| Abstract: | We propose a scheme for deterministic generation of entanglement embodied by
two L\Lambda -type atoms distributed in two coupled cavities. We study such
a system in the dispersive atom-field interactions, where the dynamics of
the system operates through the virtual population of both the atomic
excited states and the photonic states in the cavities (plus the fiber). We
verify the validity of the dynamics, and moreover, study the influences of
the decoherence due to the spontaneous emission and photon leakage. We also
apply the dynamics for realizing quantum state transfer and quantum phase
gates. |
