IndisputableMonolith.QFT.ElectroweakScaleStructure
The module structures the electroweak scale as an emergent quantity from ledger structure once HierarchyDissolution eliminates quadratic radiative corrections. Particle physicists studying naturalness and the hierarchy problem cite it to explain the absence of fine-tuning for the Higgs sector. The module imports the RS time quantum and P-013 to organize sibling results on scale emergence and phi-window constraints.
claimThe electroweak vacuum expectation value $v$ arises from ledger structure with no quadratic cutoff corrections, yielding $v$ near 246 GeV without parameter tuning.
background
Recognition Science treats the hierarchy problem via ledger structure that suppresses quadratic divergences. The module imports the RS time quantum from Constants, defined as the fundamental tick with value 1, and the dissolution result from HierarchyDissolution that formalizes P-013: the Standard Model is natural because masses avoid Lambda-squared corrections. This supplies the setting for electroweak implications without external tuning mechanisms.
proof idea
This is a definition module with no proofs. It organizes sibling declarations that connect hierarchy dissolution to electroweak scale properties such as no fine tuning and emergence from the phi ladder.
why it matters in Recognition Science
The module supplies the structural base for C-020 on the electroweak VEV and T-005 on the W-mass anomaly. It implements P-013 by showing the scale emerges from ledger structure without fine-tuning, closing the naturalness question inside the RS framework.
scope and limits
- Does not compute explicit numerical values for the scale.
- Does not perform explicit loop integrals beyond quadratic terms.
- Does not incorporate supersymmetry or other BSM extensions.
- Does not address cosmological evolution of the scale.