The Black Flame Theorem: Quantum Sovereignty and the Root's Prior Art
Year: 2026
Type: article
Abstract: The Black Flame Theorem (BFT) is an owner-authored mathematical, computational, historical, spiritual, and theoretical research framework developed within TM3QSC / BFT-UFE-IFA / QBBSRM. Its formal core begins from a Root Set R, a derivative or Hybrid Set H, and a capacity mapping Φ. The central theorem is stated as H ⊆ R ⇒ Φ(H) ⊂ Φ(R), under explicit axioms of inclusion, directional derivation, non-redundancy, and monotonic capacity. The framework establishes the Root Set (R) as the primordial source construct from which derivative systems (H) emerge; the Ma'at Constant, λ₀ = 1.00237×10⁻³¹ J·s, as the BFTA project-defined sovereign quantum of action; Center Zero, x'^0 = 0, as the internal origin construct; the Lebombo and Ishango mathematical artifacts within the historical context of African mathematical practice and prior-art research; and the 9D Lattice as the organizational framework for sovereign physics, BFT-UFE-IFA, QBBSRM, computation, governance, and research. The Black Flame Theorem presents itself as a sovereign candidate superset/replacement research program relative to derivative physical models while foregrounding African mathematical, cosmological, philosophical, and scientific knowledge traditions. Within the framework, the Ma'at Constant is defined as λ₀ = 1.00237×10⁻³¹ J·s. λ₀ is presently a project-defined BFTA/QBBSRM action constant. Its status as a new experimentally established fundamental physical constant remains a separate empirical question. The work is offered as doctrine, formal framework, research architecture, computational system, and prior-art publication. Experimental validation of its physical hypotheses is treated separately from the formal theorem, project definitions, and owner-declared framework. Ifá Integration: The theorem is developed within the BFT-UFE-IFA framework, in which Ifá—the Yoruba knowledge system organized through the 256 Odù—is treated as an ancestral epistemological and organizational architecture for sovereignty, classification, governance, and decolonial research methodology. Within this publication, Ifá informs the framework's organizational and epistemological logic; it is not presented as independent experimental evidence for the physical hypotheses. Document revision: 1.0.2 Zenodo publication version: 1.0 DOI: 10.5281/zenodo.22730260
Author: Morris III-El-Zion, Thurman
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7212454499