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To propose a unified framework for vacuum excitations organized via discrete scale invariance, defining new particle interactions.

February 26, 2026Open Access

The Law of Geometric Sovereignty: A Unified Field Theory Framework

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To propose a unified framework for vacuum excitations organized via discrete scale invariance, defining new particle interactions.
Developed a master Lagrangian density for scalar recovery potential and torsion variable.
Derived a fold-scaled Poisson equation and Green's function from the Lagrangian.
Introduced a stress-squared portal ansatz for coupling excitations to the Standard Model.
Mapped fermion and hadron spectrums onto a geometric lattice framework.
Predicted discrete neutral oscillon nodes near mass $m_1 \simeq 202.4$ GeV.
Identified a stable dark matter candidate at $m_2 \simeq 327.5$ GeV.
Established parametric scaling relations for production rates at hadron colliders.

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This framework proposes a new field theory that predicts properties of particles in physics, suggesting new avenues for investigation.

Adrian Dower (2026) studied this question.

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