Toponium and Doubly-Charmed Spectroscopy under the MMA-DMF One-Scale Hadronic Closure

We report a discovery-style official-data spectroscopy result under the MMA-DMF one-scale hadronic closure. The result is not the discovery of a new experimental particle by this author and not collaboration endorsement. The discovery claim is an organizing no-retuning injected-scale law: public toponium-like threshold morphology and doubly-charmed partner-family spectroscopy remain classifiable under one MMA-DMF composite-spectroscopy ledger without manual Yukawa assignment, state-by-state retuning, or independent ontology for every newly resolved peak. The public products used are CMS and LHCb papers, HEPData records, PDG listings, CMS Open Data metadata, luminosity/normtag/certification files, and an archived public NANOAOD acquisition scaffold with verified ZIP integrity. The nontrivial result is not that the retained states lie below 100 TeV; it is that their threshold, spin-parity, flavor-family and public-status structure can be organized by a common no-retuning ledger. The CMS near-threshold pseudoscalar excess in pp → tt̄ + X at √s = 13 TeV and 138 fb⁻¹ is retained as the main scale-law branch: injected energy resolves a composite response mode whose public line-shape and parity morphology are retained without assigning a manual Yukawa knob. The HEPData ηt cross section and parity scan are therefore official morphology inputs, not a new measurement by this paper. A separate CMS heavy scalar/pseudoscalar search is used as an anti-overclaim control, distinguishing a threshold/quasi-bound reading from a new-elementary-boson ontology claim. The double-charm branch is the heavy-flavor partner-family control. Ξcc++ = ccu and Ξcc+ = ccd are observed public entries, while Ωcc+ = ccs remains benchmark-only unless backed by a final technical observation paper. The relevant pattern is the structured ccu/ccd/ccs hierarchy, not an isolated mass fit. The approximate hierarchy diagnostics are Δcc_ud ≃ M(Ξcc+) − M(Ξcc++) ≃ −1.6 MeV for the observed isospin pair and Δcc_s ≃ 70–90 MeV depending on the Ωcc benchmark. The observed Higgs boson is not denied operationally. It remains the experimental electroweak resonance/excitation. MMA-DMF denies only its status as the final ontological origin of mass: in this reading it is an effective breathing excitation of the active-vacuum order structure, while visible hadronic mass and composite-threshold morphology arise primarily from structured vacuum/confinement dynamics. The final retained status is DISCOVERY STYLE NO RETUNING INJECTED SCALE LAW WITHIN DECLARED OFFICIAL DATA SCOPE.