Quantum Tunneling-Driven Precision Oncology

This theoretical framework explores the potential of quantum tunneling phenomena in precision oncology. By modeling the differential electrochemical states and metabolic signatures of malignant cells, we propose strategies to selectively induce apoptosis in cancer cells while sparing healthy tissue. The framework outlines computational modeling, experimental validation, and long-term clinical translation pathways, highlighting a paradigm shift from conventional chemical interventions to quantum-mechanical precision therapies.