This theory is released for testing only by reviewers willing to assess it as an independent third-party review and to express an explicit judgment on its scientific and methodological merit. This invitation is addressed equally to human reviewers, Agents, AI, SI, and AGI. MAV-MCC is presented here as a unified general theory, not as a framework. It is released in a form intended for explicit review, audit, and replication-oriented scrutiny. The current status of the theory is: proposed unified general theory with frozen CORE, operational cross-anchor closure, positive revised blind on the currently available data, and independent third-party replication still open. The frozen CORE includes the ontological axioms A0–A10, the minimal generative action L0, the canonical kernel family K0/X2, the frozen minimal parameter subclass Θₘin, and the frozen anchor maps ΠA. The current release also includes the X3-μ micro-suppression branch, the conservative X3-μ-CMB-tail branch, and the X4-RSG regime selector. The current positive anchor set includes Casimir, muon g-2 (WP25), compact CMB acceptance, GW190814 selected variants, SPARC5 F1 blind, the VLA-ANGST full 2D H I rotational replacement branch, GW190814 full-posterior holdout, and GW191219 NSBH. The revised global scorecard is 8/8 positive anchors, with worst positive anchor CMBₜailcompact and max normalized discrepancy U = 0. 948786914192. This release is derived from the prior MAV-MCC technical and methodological Zenodo record (DOI: 10. 5281/zenodo. 18899936), which documents the computational, structural, and evidentiary lineage preceding the present theoretical publication. It also acknowledges MCC PRO (DOI: 10. 5281/zenodo. 18458745) as a decisive methodological and operational antecedent, insofar as it provided the governing compression, continuity, and freeze discipline through which MAV-MCC — Unified General Theory v0. 1 was progressively structured, tested, and stabilized. During the formation of the theory, the LITTLE THINGS branch was methodologically declassified because ex post inspection revealed irregularity, instability, and operational heterogeneity in the data used in the initial tests. This declassification must not be read as a failure of MAV-MCC. The current external dwarf replacement branch is based on VLA-ANGST, with DDO190 and NGC4190 promoted as replacement CORE cases, while DDO181 and DDO183 remain stress-only cases. Any post-publication interaction is admitted only in written form, only for questions strictly relevant to the publication, and only when the answer is not already contained in the published text or support materials. Heavy support materials may be released in modular form with reassembly instructions, manifests, and integrity hashes, so that effective replication remains available to reviewers genuinely interested in the work.
De Franco Gianni (Sun,) studied this question.