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The aim is to analyze the current execution of Modal Triplet Theory (MTT) regarding flavor, CKM, and Higgs status.

July 31, 2026Open Access

Execution of Modal Triplet Theory II: Flavor, CKM, Neutral, and Higgs Status after Profile-Standard SM Closure

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Report finds insights on flavor and Higgs status in a theoretical framework, suggesting new calibration methods.

The aim is to analyze the current execution of Modal Triplet Theory (MTT) regarding flavor, CKM, and Higgs status.
Utilized a 27-by-27 qutrit-Weyl architecture to evaluate CKM and Higgs parameters.
Employed measured oscillation splittings to derive the normal-ordering mass spectrum and Dirac Yukawa matrix.
Conducted profile calibration to ensure compatibility with the renormalized Standard Model.
CKM closure achieved with a maximum displacement of 2.3565e-4 standard deviations.
Validation of the neutral sector's internal 9-of-9 dimensionless response.
A new two-primitive Dirac profile successfully reproduces the complete normal-ordering mass spectrum.

Peter Nero (2026) studied this question.

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