Roadmap for Formalizing the Hypothesis of Unifying All Super‑GR Concepts – Quantum Gravity, Modified Theories, Emergent Gravity, and the Infinite‑Dimensional Multiverse Model – via the Choice of Description Level G

This document presents a roadmap – a programmatic plan for the mathematical formalisation of the hypothesis of unifying all super‑GR concepts (quantum gravity, modified theories, emergent gravity, and the Infinite‑Dimensional Multiverse Model) through the choice of description level G. Unlike the original conceptual paper, this roadmap does not contain new scientific results but offers a step‑by‑step path from a philosophical‑methodological framework to a full‑fledged theory. The work is divided into six levels (0–5). Level 0 addresses the methodological foundation – interpretation of G, the status of truth of theories, and success criteria. Level 1 – classical modified gravity (scalar‑tensor theories, f(R), MOND‑like corrections) – can be implemented by the author with AI assistance within 2–4 weeks, yielding a first publication with equations and comparisons to observational data. Levels 2 (quantum gravity), 3 (emergent gravity), and 4 (multidimensional geometry and branes) require external experts – specialists in loop/string gravity, holography, entropic approaches, differential geometry, and brane models. Level 5 – the full synthesis of all approaches into a unified theory – demands a collaborative team effort over 1–2 years. For each level, the roadmap specifies mathematical tools, input data, timelines, completion criteria, and expected outcomes. The document also includes an analysis of open questions (the spectrum of G, transitions between levels, falsifiability) and risks with mitigation strategies. The overarching goal is to attract researchers to jointly develop the mathematical foundation of the hypothesis, transforming it from a concept into a working theory that can be tested against observations.