Intrinsic decoherence dynamics and dense coding in dipolar spin system

The quantum decoherence is an ineluctable process when a system interacts with its surrounding environment. Milburn’s dynamical master equation, as modified shape of the Schrödinger typically used to study effects even without intervention We studied temporal evolution non-local correlations in dipolar-coupled spin under influence intrinsic decoherence. Primarily, generation Einstein–Podolsky–Rosen steering, measurement-induced non-locality and entanglement uncorrelated initial state were studied. Also, effect on quality dense coding capacity dynamics for was examined. Our results highlight that system’s role defining correlations’ robustness, we also brought out impacts parameters efficiency process.