MCM Roadmap: V01 (EN)

Preface The completion of MCM9 established a revised ontological framework in which the continuum D constitutes the sole ontological primitive and the global organizational state ΣG represents the total organization of the continuum. While MCM9 provides a coherent ontological foundation, it simultaneously reveals a number of fundamental questions concerning the organization of reality and the processes underlying the emergence of space, matter, and observable physics. These questions cannot yet be addressed within a complete physical theory. Their mathematical structure, physical interpretation, and possible observational consequences remain subjects of future research. For this reason, the present work does not attempt to introduce new physical laws, derive quantitative models, or propose a finalized theory. Instead, it defines a structured research program derived from the ontology established by MCM9. The purpose of the MCM_Roadmap is to identify the principal open questions, establish methodological guidelines, define success criteria, and organize future investigations into continuum-based organizational physics. It is intended as a bridge between the completed ontological framework of MCM9 and the future development of mathematical and physical models. Keywords: Monistic Continuum Model, MCM9, MCM_Roadmap,continuum ontology, continuum physics,organizational physics, global organizational state,Sigma_G, emergence, space emergence, matter, emergence, global modes, vortex quanta, stable, organizational structures, continuum dynamics, research roadmap, theoretical physics, ontology, continuum-based science