Exploring Quantum Correlations in Molecular Magnets

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This document explores quantum correlations, focusing on quantum entanglement and discord, particularly in molecular magnets as qubits. It examines the Cr7Ni–Cu2–Cr7Ni trimer, analyzing concurrence, spin Hamiltonians, and the impact of parameters and temperature on correlations. The findings highlight the relationship between discord and entanglement, the role of temperature in enhancing correlations, and the potential applications of tunable molecular magnets in quantum technologies.