DNA as an Antenna: A Quantum–Bioelectromagnetic Interface for Healing, Computation, and Cellular Intelligence
Abstract
AbstractDNA has long been understood as the molecular carrier of hereditary information. Yet emerging research suggests a deeper role: DNA may operate as a functional quantum antenna capable of absorbing, emitting, and processing biological signals across the electromagnetic spectrum—from Schumann resonance to terahertz frequency ranges. This paper synthesizes evidence from molecular biophysics, quantum biology, electrodynamics, and epigenetics to propose a unifying framework in which DNA is both a biochemical archive and a bioelectromagnetic interface. We model the double helix as a multi-scale, fractal resonator, investigate proton tunnelling and spin effects in nucleobase interactions, and outline the dynamic feedback loop between DNA structure, cellular biofields, and environmental energies. We further map how the Endocannabinoid System (ECS), miRNA networks, and chromatin remodeling converge to translate field-level inputs into epigenetic and phenotypic changes. This model is extended into a three-tier experimental pathway—spanning in vitro resonance assays, real-time biofield analytics, and clinical neuroepigenetic trials. These findings suggest that DNA is not simply a passive genetic archive, but an active information-processing node that bridges quantum coherence, cellular regulation, and organismal adaptation. This work establishes foundational logic for next-generation therapeutics in regenerative medicine, trauma repair, and consciousness-based interventions.
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