Quantum Aether Biology (QAB): Life as Coherence, Resonance, and Phase-Locked Information
Quantum Aether Biology (QAB) extends the Quantum Aether Framework (QAF) into the domain of life, shattering the century-old assumption that biology is merely "messy chemistry." This paper provides a rigorous, physically grounded ontology that treats living systems not as stochastic chemical machines, but as Self-Sustaining Resonant Cavities. Modern biology excels at describing what happens inside a cell but remains fractured by a fundamental enigma: How does warm, wet, noisy matter sustain quantum-level coherence against the Second Law of Thermodynamics? Standard explanations invoke "emergence"—a placeholder that names the miracle without explaining the mechanism. QAB resolves this deficit. By extending the principles of Quantum Aether Electrodynamics (QAE), this work demonstrates that life is a regime where matter actively manages Phase Coherence to suppress entropy. Key Mechanisms Defined: Structured Water (EZ Layers): The active dielectric medium and Aetheric waveguide that powers the cell. The Cell as a Resonant Cavity: Where geometry and impedance boundaries (membranes) dictate function. Enzymes as Impedance Transformers: Replacing "luck" with Resonant Tunneling to drive reactions. DNA as a Fractal Antenna: A multi-band transceiver coordinating system-wide coherence via electromagnetic coupling. Homochirality: The necessary Polarization Filter for biological signal integrity. Morphogenesis: A field-guided process where matter fills a Bioelectric Standing Wave (The Blueprint). Aging & Death: Defined not as wear and tear, but as Signal Decoherence (Loss of Q-Factor). The Bottom Line: QAB does not replace biochemistry; it grounds it. It unifies molecular geometry with field dynamics to show that life is not accidental chemistry—it is Resonance under Discipline. This framework completes the continuity from Substrate to Mind, offering a testable, falsifiable roadmap for the future of bioelectric medicine and longevity.
Authors
- Crager Jamie L.
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2025-12-26
- DOI
- https://doi.org/10.5281/zenodo.18059335
- Primary Topic
- Biofield Effects and Biophysics
- Type
- article
- Field-Weighted Citation Impact
- 0.00