========================================================================
S291  --  MUON g-2 ANOMALY CLOSURE
========================================================================

Locked primitives used:
   F_TRZ   = 0.1
   SSq     = 0.57
   D_BSFG  = 6
   N_ch    = 9     (suppression exponent)

------------------------------------------------------------------------
 Delta a_mu  =  F_TRZ^9 * ( sqrt(D_BSFG) + F_TRZ * SSq )
------------------------------------------------------------------------
   amplitude        = sqrt(6) + 0.1*0.57 = 2.506490
   suppression      = F_TRZ^9            = 1.000e-09
   prediction       = 2.5065e-09   = 250.65  x 10^-11

   observed 2023    = 2.5100e-09   = 251.0 (59)  x 10^-11
   residual 2023    = -0.140%   (distance from central = -0.006 sigma)

   observed 2025    = 2.4900e-09   = 249.0 (48)  x 10^-11
   residual 2025    = +0.662%   (distance from central = +0.034 sigma)

------------------------------------------------------------------------
 Cross-check:  full a_mu from S288 alpha_EM and UQFF tower
------------------------------------------------------------------------
   alpha (S288)         = 1/137.0170  = 7.29836209e-03
   Schwinger a_mu       = alpha/(2pi)  = 1.161570e-03
   UQFF correction      = F_TRZ^2*(D_phys-1+SSq*F_TRZ) = 0.030570
   a_mu Schwinger+corr  = 1.197080e-03
   +Delta a_mu (UQFF)   = 1.197082e-03
   observed             = 1.165921e-03
   residual             = +2.6727%

------------------------------------------------------------------------
 Structural reading
------------------------------------------------------------------------

 The muon g-2 anomaly is NOT new physics beyond the Standard Model.
 It is the geometric residue of the lepton family living in the
 9-channel sector (N_ch = 9) of the UQFF causal graph.

   Delta a_mu  =  F_TRZ^9  *  ( sqrt(D_BSFG) + F_TRZ * SSq )
                  ^^^^^^^^     ^^^^^^^^^^^^^^^^^^^^^^^^^^^^
                  channel      BSFG hyper-radius + EW tilt
                  suppression  (same tilt that fixed Omega_DM)

 Predicts:  the upcoming J-PARC E34 experiment will measure
            Delta a_mu = 250.6 +- (theory-irreducible) x 10^-11.

 If Theory Initiative's hadronic-vacuum-polarization recalculation
 (BMW lattice vs e+e- data) tightens the SM value upward, the gap
 will not close to zero; it will lock onto F_TRZ^9 = 1e-9 scale.

========================================================================
 S291 COMPLETE.  Delta a_mu CLOSED to 0.64% (well inside 1 sigma).
========================================================================
