One-page Track A release note

-page Track A release note

frozen prescription. The target is the independently frozen original-rod lapse on $\bar{g}=-\mathrm{d}{t}^2+(t/t_{\ast }{)}^{2p}\mathrm{d}{\mathbf{x}}^2$, $\bar{\varphi }={\varphi }_{\ast }+\sqrt{2p}M\log (t/t_{\ast })$, with $p>1$ and $0<t_{-}<t<t_{+}<\infty$. The calibrated coordinate clock is $T=t_{\ast }{e}^{(\varphi -{\varphi }_{\ast })/A}$; the lapse remains $(-g^{-1}(\mathrm{d}\varphi ,\mathrm{d}\varphi ){)}^{-1/2}$. Rods are harmonic on the actual clock slices with decaying spatial corrections and no lapse weight. Smearing is the XX-A fixed label density, with (eq:density) used to compare XX-D.

negative controls. The ledger in Section sec:ledger retains every XIX-A/B/C/D/E prescription, residual, record, refinement, slot, and boundary separation; XVIII-A's pure-trace, formal-order, and actual-image controls; XVIII-B's different stress benchmark; Em02-E's separate native audit; XVI-Q's narrow bulk scope; XVI-N/Route B and XV-B boundaries; and the XX-B/C/D normalization, positivity, tail, coordinate, second-jet, and product corrections. OpenAI 069/282 and catalogue records supply no gravitational counterterms or dictionary. The subsidiary defect, conditional one-contraction status, unverified infrared hypotheses, two-rod inverse-distance component, and pure-trace blind sector remain explicit.