IndisputableMonolith.StandardModel.WeinbergAngle
The module records the observed sin²θ_W at the Z mass in the MS-bar scheme together with five RS predictions and an EightTickGeometry mixing construction. Electroweak unification researchers cite it when benchmarking the Recognition Science phi-ladder against PDG data. The module is a pure collection of definitions and numerical bounds with no theorems.
claimDefines the reference value $sin^2 θ_W^{obs} ≈ 0.2229$ (MS-bar at $m_Z$), the interval bounds, the RS core prediction $sin^2 θ_W = (3-φ)/6$, and the geometric mixing map arising from the eight-tick octave.
background
Recognition Science obtains the Weinberg angle from the Q3 geometry and the eight-tick period (T7). The module imports the base time quantum τ₀ = 1 tick from Constants. It introduces the observed reference sin2ThetaW_observed, the error sin2ThetaW_error, the interval sin2_theta_bounds, five explicit prediction terms, the bestPrediction selector, and the geometricMixing function that encodes the eight-tick mixing.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
Supplies the numerical anchor and geometricMixing construction required by the WeinbergAngleScoreCard (P2-θW phase) and by GaugeCouplingsComplete. The downstream scorecard directly compares the RS value (3-φ)/6 against the observed 0.2229 reference recorded here.
scope and limits
- Does not derive sin²θ_W from the forcing chain; it only records the reference value.
- Does not compute renormalization-group evolution of the angle.
- Does not include higher-order electroweak radiative corrections.
- Does not address the running of sin²θ_W to other energy scales.
used by (3)
depends on (1)
declarations in this module (23)
-
def
sin2ThetaW_observed -
def
sin2ThetaW_error -
theorem
sin2_theta_bounds -
def
prediction1 -
def
prediction2 -
def
prediction3 -
def
prediction4 -
def
prediction5 -
def
bestPrediction -
theorem
best_prediction_close_to_observed -
structure
EightTickGeometry -
def
geometricMixing -
theorem
simple_geometric_ratio -
def
phiCorrection -
def
correctedPrediction -
def
sin2ThetaW_GUT -
theorem
gut_prediction -
def
runningAngle -
def
deepConnections -
structure
ExperimentalMeasurement -
def
measurements -
structure
WeinbergAngleFalsifier -
def
derivationStatus