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To examine how macromolecular backbone alignment with a phi-coupled E8 root vector lattice enables cellular-scale quantum coherence.

August 19, 2026Open Access

E8-Resonant Quantum Biology via Phi-Coupled Torsional Coherence — E8 Intelligence Research

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To examine how macromolecular backbone alignment with a phi-coupled E8 root vector lattice enables cellular-scale quantum coherence.
Evaluated backbone dihedral angle alignments of biological macromolecules with an E8 root vector lattice framework.
Modeled torsional coupling mechanics, 240-fold vibrational harmonic symmetries, and geometric phase locking across cellular scales.
Biological macromolecules demonstrate spontaneous resonance at 132 Hz when dihedral angles align with the phi-coupled E8 lattice.
Torsional coupling stabilizes microtubule quantum states, facilitating coherent energy transfer in photosynthesis and neural computation through geometric phase locking.

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Theoretical analysis demonstrates E8-geometric resonance in biological macromolecules, suggesting a mechanism for cellular quantum coherence.

Andrew Stewart Caldin (2026) studied this question.

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Theoretical analysis demonstrates E8-geometric resonance in biological macromolecules, suggesting a mechanism for cellular quantum coherence.