Circulation as a Unifying Principle of the Dynamic Cosmic Medium Model

This article develops the idea that circulation of the medium may be understood in the Dynamic Cosmic Medium Model (DKMM) as a general unifying principle of the origin, stability, and evolution of structures across scales. The central thesis states that, in DKMM, circulation is not the consequence of an already finished structure; rather, structure is the consequence of circulation. A mere local concentration or disturbance of the medium would, without a stable circulatory regime, have no reason to form a long-term sustainable node; instead, it would tend to equalize with its surroundings. Stable matter, gravitational action, dragging by the medium, galactic organization, and global transitions of the medium may in this framework be understood as different manifestations of state-organized circulation of the dynamic cosmic medium.This article focuses only on circulation as a principle. Detailed particle geometries, nuclear layers, antimatter regimes, and specific laboratory or cosmological predictions belong to subsequent parts of DKMM. The aim here is to explain what circulation means in DKMM, how it may arise, why it stabilizes structures, and why it may appear from local nodes up to large-scale cosmic regimes.