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Considered as the most dreaded transmittable infection with no known cogent medical cure, the human immunodeficiency virus (HIV), which often transmute to terminal irreversible manifestation – the acquired immunodeficiency syndrome (AIDS) have posed a challenging treat to the scientific world. The amiable quest of tackling this life threatening disease – HIV/AIDS infection has been through the application of mathematical modeling, which allows the utilization of significant knowledge of numerical methods for the optimization of host target immune system cells and the minimization of systemic cost, while suppressing viral victors below detectable clinical assay, see for examples the studies of models [14].

Quantum Optimal Control Dynamics for Delay Intracellular and Multiple Chemotherapy Treatment (MCT) of Dual Delayed HIV - Pathogen Infections