Скачать или смотреть GSF 4 Subatomic Structure, Mixing & Confinement — Predicting Neutrinos and Quarks from Geometry

This is where numbers start to speak.

GSF-004 applies the Geometric Scaling Framework to subatomic physics, showing that key hierarchies usually treated as “inputs” may instead be geometric consequences.

Highlights include:

• Neutrino mixing angles reproduced to order-percent accuracy from simple φ-based expressions
• Quark mixing (CKM) hierarchies emerging from minimal scale-ratio rules
• Confinement interpreted as corridor tension on the scale manifold
• Leptons, mesons, and baryons arising from distinct closure topologies

No parameter fitting.
No numerical tuning.
Just geometry, scale, and closure.

This paper marks a shift from abstract foundations (GSF-001–003) to testable, numerical predictions — the point where the framework can be checked by anyone.

📄 ResearchGate (GSF-004):


🔭 Later papers extend the same structure upward — from particles to thermodynamics, black holes, and cosmology.

Constructive critique is encouraged.