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March 19, 20260 citationsOpen Access

EGESB-G₂ Preprint Series — Paper IV: G₂-Torsional Resonance Imaging: Zero-Field Molecular Medical Imaging and Plasma Confinement Application

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GBGalliano Brigo

Key Points

  • The aim is to introduce G₂-TRI, a new imaging method that utilizes lattice tension instead of external magnetic fields.
  • Proposed a novel imaging modality called G₂-Torsional Resonance Imaging (G₂-TRI).
  • Replaced traditional MRI's external magnetic field with intrinsic lattice tension of the EGESB-G₂ substrate.
  • Conditional predictions based on unresolved problems related to the method.
  • Presented a heterogeneous 448-bit register architecture for high-entropy applications.

Abstract

We propose G₂-Torsional Resonance Imaging (G₂-TRI), a medical imaging modality that replaces the external magnetic field of MRI with the intrinsic lattice tension Tₗattice of the EGESB-G₂ entanglement substrate. All quantitative predictions are conditional on three unresolved open problems (OP-26a, OP-26b, Loop 1 of Paper V). Section 8. 3 presents a heterogeneous 448-bit register architecture (BGS-T3) for real-time high-entropy systems. Appendix A presents a theoretical extension to local metric decoupling, conditional on OP-1 and OP-26a.

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Cite This Study

Galliano Brigo (2026) studied this question.

synapsesocial.com/papers/69bb92f2496e729e62980b0dhttps://doi.org/10.5281/zenodo.19067607
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