]PLANCK-GRID[ Theory — PG-Theory Compilation v1.0 (Mercury Perihelion Blind Derivation, Confirmed)

Complete research compilation for the ]PLANCK-GRID[ Theory (Quantum Grid Theory / QGT) blind derivation of Mercury's perihelion precession. QGT models space as an absolute discrete grid filled by a physical medium; gravitational phenomena are derived from medium state fields (density contrast chi, spatial carrier q) on a fixed background rather than from spacetime curvature. This deposit contains the full documented derivation pipeline and its evidence chain: - Theory documents (01 Baseline, 02A Layer A bridge, 02B Layer B derivation) with explicit status labels (CONFIRMED / EMPIRICAL / WORKING / OPEN)- Constant freeze declarations (02B-F1, 02B-F2) filed before any precession computation- Sealed blind computation task texts and raw numeric returns, including the documented first miss (Delta_phi = 4*pi*mu/[c^2 a(1-e^2)], exactly 2/3 of the observed value) and the subsequent hit (Delta_phi = 6*pi*mu/[c^2 a(1-e^2)] = 42.98 arcsec/century) from the revised frozen equation- Results-blind branch selection docket and ruling (counting-mechanism ontology)- Chronological status ledger, validation dockets, and timestamped provenance snapshots of each pipeline event Derivation protocol: all constants were fixed by declared physical criteria (Newtonian limit; light-sector null limit) and frozen in writing before computation; orbital computations were executed as isolated mathematical tasks with no target value or system identification supplied; the first miss was filed without parameter adjustment; the revision was made at the postulate level, blind to results. Status of record: Mercury QGT derivation CONFIRMED (blind, no fit, k=2 empirical inheritance, branch selection ruled at ontology level). The calibration constant k=2 remains EMPIRICAL pending derivation from a constitutive law. One model-discriminating prediction (second-order branch test B1/B4) remains open. This deposit establishes the timestamped provenance record. Formal publication in preparation.