IndisputableMonolith.QFT.ElectroweakScaleStructure
The module organizes Recognition Science results showing the electroweak scale emerges from ledger structure rather than fine tuning. It imports the resolution of the hierarchy problem from HierarchyDissolution and supplies definitions used by the electroweak VEV and W-mass anomaly modules. The argument proceeds by linking phi-ladder scales to electroweak parameters through a sequence of implications.
claimThe electroweak scale $v$ arises from the phi-ladder on the Recognition Science ledger with no quadratic radiative corrections: $m^2$ receives no additive term proportional to the cutoff squared.
background
Recognition Science places the electroweak scale in the QFT domain. The module imports the fundamental time quantum from Constants, where the RS-native unit satisfies tau_0 equals one tick, and the hierarchy dissolution from Foundation.HierarchyDissolution. The latter formalizes P-013, the statement that the Standard Model is natural because masses receive no Lambda squared radiative corrections.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
The module supplies the structural framework for C-020 on the electroweak VEV and T-005 on the CDF W mass anomaly. It closes the gap between the general hierarchy dissolution in P-013 and specific electroweak observables in the Recognition Science derivation chain.
scope and limits
- Does not compute the numerical value of the VEV from first principles.
- Does not address the strong interaction scale or QCD parameters.
- Does not include explicit loop integrals beyond the hierarchy dissolution statement.
- Does not treat neutrino masses or extensions beyond the electroweak sector.