Influence of driving ways on measurement of relative phase in a two-atoms cavity system
Bao Daqiang, Xu Jingping, Yang Yaping
       

Energy levels and transitions of the system for Δϕ = ϕ2ϕ1 = (2n+1)π. Atom–cavity system can either be excited via driving cavity [red, see panel (a) ] or driving atoms [blue, see panel (b)]. The transition strength between states is described by the thick colored lines (red and blue). The symbols ωc, η, Δ, and g correspond to cavtiy frequency, driving strength, detuning, and coupling strength, respectively. The mean photon number 〈aa〉 for driving the cavity (red ηc/κ = 1.0) or driving the atoms (blue, ηa/κ = 1.0) is shown in panel (c). The normalized parameters, γ/κ = 1.0 and g1/κ = g2/κ = g/κ = 15 are taken in panel (c).