Abstract

In previous paper, we showed that the elementary particles mass spectrum can be computed from theory using a resonance equation. The predicted H 0 mass agrees with the latest CERN publications. As a result, the H 0 acquires its mass exactly in the same geometry as the Z 0 and the W ± ; it is not a “purely scalar boson” and then quadratic divergences are inexistent. In this paper, we find an underlying structure of the field with 19 pure states, where 36 quark states (including color) and 3 or 6 neutrinos states are mixtures, and we show that the CKM and PMNS matrices elements come from the equation and the field structure. We conclude that the field is natural since over the 23 SM parameters, at least 19 are fully constrained by the field structure.

Highlights

  • One mystery of the time is the very small mass of the Higgs boson; augmented with quadratic divergences it seems to opens the roads to new physics

  • We find an underlying structure of the field with 19 pure states, where 36 quark states and 3 or 6 neutrinos states are mixtures, and we show that the CKM and PMNS matrices elements come from the equation and the field structure

  • We showed that at least 19 out of 23 standard model (SM) parameters are coherent with each other, with the mass equation, and with the inferred field structure; one again, we emphasize that this result originates in a single idea and equation

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Summary

Introduction

One mystery of the time is the very small mass of the Higgs boson; augmented with quadratic divergences it seems to opens the roads to new physics. Once the link with leptons and quarks masses is understood, it shows that the bosons masses are fully constrained, and that the H0 acquires mass exactly in the same manner as the W± and Z0; it is not a purely scalar boson, and a very simple empirical fit exists with the W± mass and the Weinberg angle. It is a “usual” vector boson that mediates some unknown exchanges, and suggests a natural candidate to mediate gravitation in an extended electroweak theory. We conclude that the universe is natural because with 19 coherent standard model (SM) parameters, out of 23, we have largely exceeded the critical point at which the evidences cannot be so consistent in logic and precision without approaching some underlying truth

Deriving a Mass Equation
Leptons
Quarks
Massive Bosons
Remarks
Scary Coincidences
Consequences
Modeling Currents
Picturing the Field Structure
Computing Coefficients
Picturing the Quarks Field
Why Naturalness?
Findings
Conclusion
Full Text
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