Local Quantum Uncertainty and Quantum Interferometric Power in an Anisotropic Two-Qubit System

Investigating the favorable configurations for non-classical correlations preservation has remained a hotly debated topic last decade. In this regard, we present two-qubit Heisenberg spin chain system exposed to time-dependent external magnetic field. The impact of various crucial parameters, such as initial strength and angular frequency field along with state’s purity anisotropy spin-spin on dynamical behavior quantum are considered. We utilize local uncertainty (LQU) interferometric power (QIP) investigate dynamics correlations. show that under critical anisotropy, in can be successfully preserved. LQU QIP suffer drop interaction between is initiated, however, quickly regained by system. This tendency confirmed computing measure according Clauser–Horne–Shimony–Holt inequality. Notably, final preserved levels only varied when variation caused purity.