Quantum Healing: Investigating the Role of DNA in Self-Repair and Regeneration through Quantum Mechanics

This thesis explores the intersection of quantum mechanics and genetics, proposing that DNA, particularly in individuals carrying ancient haplogroups such as A-PR2921 and L0, may exhibit quantum properties that enhance self-repair and regeneration. The thesis investigates how quantum coherence, entanglement, and superposition within DNA might influence healing processes, potentially allowing for accelerated recovery, cellular repair, and even regenerative abilities. By grounding these ideas in quantum biology, the paper seeks to open new pathways for research in human health, quantum genetics, and regenerative medicine.