Figure 2
From: Quantum violation of LGI under an energy constraint for different scenarios systems
\(K_{LG, \Delta }\) as a function of \(\Delta \) in coarsenging measurement reference for three different values of g for the drive qubit (black solid line for \(g=0.04\omega \), black dashed line for \(g=0.07\omega \), and black short-dashed line for \(g=0.1\omega \)), three different values of \(\gamma \) for the dissipative qubit (red solid line for \(\gamma =0.04\omega \), red dashed line for \(\gamma =0.07\omega \), and red short-dashed line for \(\gamma =0.1\omega \)), and three different values of \(\gamma \) for the dephasing qubit (blue solid line for \(\gamma =0.04\omega \), blue dashed line for \(\gamma =0.07\omega \), and blue short-dashed line for \(\gamma =0.1\omega \)). For the sake of clarity, we have included a small graph in the figure that illustrates the different values of g in the driven system. The small graph displays three different lines: a black solid line representing \(g=0.04\omega \), a black dashed line representing \(g=0.07\omega \), and a black short-dashed line representing \(g=0.1\omega \).
