ICMM-FW-06 - Informational Multi-Scale Dynamics and Emergent Geometry

ICMM-FW-06 introduces a formal framework describing the dynamics of a fundamentally informational system within the ICMM (Information Complexe Multi-Magnétique) model. System configurations are represented as structured informational states connected through admissible transformations constrained by geometric and structural invariants. A discrete configuration graph is introduced to describe the propagation of informational transformations and the causal constraints governing their evolution. Numerical experiments illustrate the propagation of informational perturbations, the emergence of coherent multi-scale structures, and the appearance of an effective informational geometry defined by minimal transformation paths. The results suggest that several properties commonly associated with physical systems — including causal structure, stable configurations, and effective geometry — may emerge naturally from the dynamics of informational transformations. This work constitutes a step toward a broader framework in which physical structures can be interpreted as relatively stable informational configurations arising within a network of multi-scale transformations. This study is part of the ICMM research program (Information Complexe Multi-Magnétique) developed within the Alcahest Quantique project. Email: cordierfr@wanadoo.fr or frederic.cordier@alcahest-quantique.frORCID: 0009-0001-8661-3275Project page: https://www.alcahest-quantique.fr Expected citation :Cordier, Frédéric. ICMM-FW-06 - Informational Multi-Scale Dynamics and Emergent Geometry.Zenodo,2026 DOI : 10.5281/zenodo.18896189