Monistic Continuum Model (MCM) – Gravitation in the MCM

Volume 6 of the Monistic Continuum Model (MCM) develops a mechanical description of gravitation based on the dynamics of a continuous medium. Chapters F10–F90 introduce time not as an external parameter but as the local rate of change of the medium itself. Bound tension reduces this rate, creating gradients of time flow that manifest as gravitational effects. In this framework, mass corresponds to bound tension, light represents free temporal dynamics, and gravitational phenomena arise from the spatial variation of the time‑flow field. The text proceeds from local vortex mechanics to the emergence of large‑scale cosmic structures. Filaments, voids, and clusters are interpreted as self‑organized patterns of the medium’s tension architecture, without invoking dark matter or additional fields. Extreme vortices are shown to produce light‑trapping regions through asymptotic reduction of the time rate, without singularities or spacetime curvature. A comparison with General Relativity demonstrates that the same observable phenomena can be reproduced without metrics, curvature, or higher‑dimensional constructs. The synthesis in F90 unifies the results: mass, gravitation, light, and cosmic structure are not separate entities but different manifestations of the same underlying continuum dynamics. This volume concludes the gravitational part of the MCM and prepares the ground for subsequent work on dynamics, energy, and symmetry. Contents F10–F30: Foundations of time‑flow dynamics and bound tensionF40–F50: Vortex mechanics and local gravitational behaviorF60: Filaments, voids, and large‑scale cosmic structureF70: Extreme vortices and light‑trapping regionsF80: Comparison with General RelativityF90: Synthesis of the gravitational architecture of the MCM