UCF/GUTT™ began as a research program addressing one of the foundational open problems in physics: the structural reconciliation of General Relativity and Quantum Mechanics. The framework's posture on this problem is that the two theories are not unified by quantizing one against the other, but are recovered as distinct projections of a single underlying relational substrate. Each theory embeds into the framework's machinery as a specific structural restriction; each is recoverable in its appropriate limit. This treatment of the GR-QM problem is the original technical commitment from which the framework's broader program developed.
Since the original work on the GR-QM problem, the framework has expanded substantially. The relational substrate that supports the GR-QM embedding has been shown to support a much broader range of formal results across mathematical foundations, physical theory, and applied programs in chemistry, engineering, linguistics, and inference architecture. The framework's current scope, described at brand level across this site, is the result of that expansion.
Throughout this expansion, the framework has maintained a strict verification discipline. All foundational results are established within machine-checked Coq formalization under the framework's standing zero-new-axiom standard, with the audit infrastructure built into the formalization itself rather than asserted in marketing. Where specific results invoke standard-library classical features for technical reasons, those invocations are explicitly tracked and disclosed within the formal library's own audit infrastructure.
Honest Status
The framework's formal library — including its layered architecture, its specific theorem statements, the file-level organization of the formalization, the proof techniques employed, the cross-domain application chains, the specific numerical and structural predictions that the formalization establishes, and the inference and extraction infrastructure built atop it — is part of the framework's active research and commercial pipeline. The library is not publicly disclosed in detail.
The framework's posture on publication is consistent across results: substantive contributions to the formal-foundations, physics, mathematics, and inference-architecture literatures will be placed in peer-reviewed venues in their respective fields rather than in webpage form. Specific results have publication paths underway in venues spanning Foundations of Physics, Physical Review D, Classical and Quantum Gravity, Journal of Automated Reasoning, and adjacent journals.
Access to substantive specifications, evaluation materials, and engagement around the framework's commercial offerings is available under the structured engagement process described on the Licensing page.
Engagement
Research-collaboration and licensing inquiries: Michael_Fill@protonmail.com.
Notice
All material on this site is published under the terms set out in the Notice, Rights, and Licensing page. AI and machine-learning training, fine-tuning, retrieval-augmented inference, and inclusion in any embedding index or vector store are expressly prohibited. Sovereign, governmental, and institutional use requires written license. Reproduction, derivation, translation, re-notation, and re-derivation under alternative names or notations are not permitted without prior written agreement.
UCF/GUTT™ is a trademark of Michael Fillippini. © 2023–2026 Michael Fillippini. All Rights Reserved.