What question did this study set out to answer?

This research aims to explore the emergence of massive bosons using a $ ext{Z}_4$-locked framework and predict behaviors at higher energy scales.

February 27, 2026Open Access

Relator Z4-locked emergence of the massive bosons (W,Z,H) and a Z5 multi-TeV charged quartet

Puntos clave

This research aims to explore the emergence of massive bosons using a $ ext{Z}_4$-locked framework and predict behaviors at higher energy scales.
Extended Relator closure program to a $ ext{Z}_4$-locked four-loop structure in generator space $ ext{C}$.
Analyzed stability and mass parameters associated with bosons W, Z, and H.
Investigated coupling mechanisms and decay channels for the bosons.
Identified $N=4$ as the next stable level following $N=3$ with a specific parent mass $M_4$.
Established the mass triad $(M_W,M_Z,M_H)$ using a parameter-free topological mixing ratio.
Predicted that high-energy collisions may reveal internal structures and modify effective bouquet order, leading to new resonances starting at $N=5$.

Resumen

I extend the Relator closure program to a Z₄-locked four-loop bouquet in the generator space C. The resulting closure uniquely singles out N=4 as the next stable rung after N=3 and fixes a closed electroweak-scale parent mass M₄, while the subsequent rung N=5 is far heavier. Combining M₄ with a purely topological mixing ratio yields a parameter-free mass triad (MW, MZ, MH). The same locked geometry implies dominant coupling and decay channels; charged-current reconnections for W^, neutral-current reconnections for Z⁰, and dilation-dominant, mass-proportional couplings for the scalar radial mode. A falsifiable consequence is that sufficiently energetic collisions can expose the internal C structure and change the effective bouquet order, producing new resonance scales beginning at N=5.

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