Conditional Electroweak Normalization and Mixing from a Coherent Pre-Geometric Background
Andrew Morton · Public preprint · Conditional coupling calculation
Shows how declared source and matching inputs determine an electroweak boundary calculation and a consistently normalized photon coupling.
Research summary
The paper calculates electroweak normalization and mixing from supplied gauge-source strengths, matter representations and ultraviolet matching data. It defines the electromagnetic coupling using the generator-normalized photon direction and tests the resulting source and mixing relations computationally. A common response-fraction formula applies when the complete source operators satisfy the stated factorization conditions.
Scope
The calculation requires independently specified source strengths, matter representations and ultraviolet matching data. Physical selection of those strengths, the microscopic branch and its matching scale remains open. These inputs must be fixed independently before comparison with measured couplings can test a prediction.
Paper and supporting files
The manuscript, source files and computational checks are available on Zenodo.
Read the current paper and supporting files on Zenodo
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