| =============================================================== |
| EWT INTERNAL REFERENCE TARGETS (DERIVED IN-SCRIPT) |
| =============================================================== |
| Orbital amplitude factors: |
| delta_muon = 185.68543 |
| delta_tau = 3436.80 |
| Muon shell target (ppm): 248.571259 |
| Tau shell target (ppm): 1176.843325 |
| Muon shell target (dimless): 0.000248571259 |
| Tau shell target (dimless): 0.001176843325 |
| =============================================================== |
|
|
| =============================================================== |
| EWT vs STANDARD MODEL: FINAL QUANTITATIVE COMPARISON |
| =============================================================== |
| NOTE: The electron AMM (a_e) is excluded from this numerical |
| comparison because its status in the two frameworks is |
| fundamentally different: EWT provides a parameter-free geometric |
| prediction, while SM uses a_e as a consistency test of its |
| perturbative expansion with an externally measured alpha as |
| input. These are not comparable predictive tasks. |
|
|
| For a_mu and a_tau, the EWT relative error is taken from |
| the verified full AMM predictions in the main EWT_G_AMM_check.sc |
| script. These represent the complete AMM predictions (not just |
| the shell contributions). See manuscript for details. |
| --------------------------------------------------------------- |
| PARAMETER | EWT REL. ERROR | SM REL. ERROR | RATIO (X) |
| -------------------|----------------|----------------|---------- |
| G (Gravitation) | 7.805585e-07 | 1.0e+00 | 1.28e+06 |
| alpha^-1 (FSC) | 6.827227e-10 | 1.900000e-09 | 2.78e+00 |
| a_mu (Muon g-2) | 2.450000e-04 | 2.152805e-06 | 8.79e-03 |
| a_tau (Tau g-2) | 3.110000e-04 | 1.0e+00 | 3.22e+03 |
| -------------------|----------------|----------------|---------- |
|
|
| COMPOSITE IMPROVEMENT FACTOR (CIF): |
| Total Sum of Logs: 8.00 |
| Cumulative Superiority: 1.0074e+08 times |
| =============================================================== |
|
|
| "Execution done." |
