QDL Numerical Ledger Companion: First-Pass Closure Reconstructions for Electroweak, Flavor, Gravitational, and Cosmological Targets

The Quantized Dimensional Ledger (QDL) program treats physical theory construction as a problem of structural admissibility, closure completion, numerical reconstruction, transformation governance, and residual survival. This document is a numerical companion ledger to the broader QDL research program. It is not a standalone proof of a theory of everything, and it does not supersede the dedicated pillar papers on spectrum selection, electroweak closure, flavor closure, SMEFT operator governance, classical gravity, or cosmological closure. The companion consolidates seven recurring numerical targets: α,G,Λ,mh,v,yf,θW.\alpha,\quad G,\quad \Lambda,\quad m_h,\quad v,\quad y_f,\quad \theta_W .α,G,Λ,mh,v,yf,θW. For…