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May 14, 20260 citationsOpen Access

Quantum Abiogenetic Transduction

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CAChristopher Atkin

Key Points

  • To explore whether a coherent electromagnetic field supports RNA polymerization in abiogenic processes.
  • Tested conditions in a double-shielded chamber with 2.25 MHz and 7.83 Hz signals.
  • Measured RNA production rates and amino acid bias under controlled electromagnetic environments.
  • Used in silico modeling for frequency predictions relevant to both modern and early Earth environments.
  • RNA production rates exceeded control rates by 5–10× with conditions applied.
  • Expanded Pollack EZ domains were greater than 100 µm under experimental conditions.
  • L-amino acid bias greater than 55% indicated successful polymerization outcomes.

Abstract

QAT v1: Quantum Abiogenetic Transduction — Coherence-Driven Origin of Life QAT proposes that abiogenesis required a coherent electromagnetic field, not chemistry alone. The key driver is a ∼2.25 MHz environmental resonance (the natural 1–3 MHz lightning-generated MF band) phase-locked to an ∼8–11 Hz ELF envelope. Today this corresponds to the Schumann fundamental (7.83 Hz); on the early Earth, a lower ionosphere predicts a proto-cavity at 9–12 Hz. In a shielded, low-noise environment, this coupled field is predicted to extend quantum coherence in water and proto-filaments, enabling tunneling-driven polymerization. Standard laboratory conditions (60 Hz power-line fields, 2.4/5 GHz RF) actively decohere these states, explaining why prebiotic chemistry stalls at short oligomers. Testable prediction: in a double-shielded chamber with 2.25 MHz + 7.83 Hz AM (and 9–12 Hz secondary test), a Sutherland-type mix should produce RNA >20-mers at 5–10× control rates, with expanded Pollack EZ domains (>100 µm) and measurable L-amino acid bias (>55%). In silico modeling supports both modern and proto-Earth frequencies. Edit:Water pressure considered in the second experiment protocol. ( Named QATtest2.pdf) License: CC-BY-4.0

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Cite This Study

Christopher Atkin (2026) studied this question.

synapsesocial.com/papers/6a05677ca550a87e60a1f7dchttps://doi.org/10.5281/zenodo.20132877
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