Abstract

We revisit the quantum features of an anti-ferromagnetic (AF) spin environment at finite temperature with gap in its frequency spectrum, on the dynamics quantum correlations of a coupled central two qubits system with Dzyaloshinskii-Moriya (DM) interaction, prepared in two entangled Bell states. Using entanglement and quantum discord as quantum meters of decoherence, the prepared entangled states are classified as robust or fragile relative to the degree of information leakage to the AF environment. By tailoring the size of the frequency gap, anisotropy field strength and induced field, due to system AF spin environment coupling, size of the AF environment and DM interaction parameter, a decoherence-free sub-space can be accessed for efficient execution of quantum protocols encoded in the entangled states Tailoring Quantum Correlations of a Coupled Central Two Qubits Soaked in a Finite Temperature Antiferromagnetic Environment with Frequency Gap the discovery of a potent aromatase/collagen IV derived biomimetic dual targeted small poly-active compound with future anti-tumor inhibitory activities.

Keywords

Tailoring Quantum Correlations; Coupled Central; Two Qubits; Soaked; Finite Temperature; Antiferromagnetic Environment; Frequency Gap; discovery; potent; aromatase/collagen IV; biomimetic; dual targeted; small poly-active compound;