Genetic Mirroring: How Quantum Entanglement in DNA May Reflect Collective Evolutionary Progress

This thesis proposes the theory of genetic mirroring, exploring how quantum entanglement in DNA may serve as a mechanism for synchronizing and reflecting collective evolutionary progress across individuals and populations. By integrating concepts from quantum biology and genetics, we aim to understand how DNA operates not only as a biological repository but also as a quantum information system, capable of responding to shared environmental and social stimuli through coordinated genetic changes. Quantum phenomena, such as entanglement and coherence, are hypothesized to enable non-random genetic adaptation, potentially driving synchronized evolutionary changes across entire populations.