Circulation as a Unifying Principle of the Dynamic Cosmic Medium Model

This article develops the idea that circulation of the medium may be understood inthe Dynamic Cosmic Medium Model (DKMM) as a general unifying principle of theorigin, stability, and evolution of structures across scales. The central thesis of thetext is that, in DKMM, circulation is not a consequence of structure, but structure isa consequence of circulation. Mere local concentration of the medium would,without stable circulation, have no tendency to create a lasting node, but wouldrather disperse back into the surrounding environment. Stable matter is in thisframework understood as a long-term sustainable circulatory regime of themedium.From this thesis the article derives several related consequences. Gravitationalaction is interpreted as a natural relation between state gradients of the medium,which every stable structure creates by its very existence. Dragging by the mediumis understood not merely as braking, but as the gradual incorporation of objects intothe local circulatory regime of the environment. The circulatory character may inthis framework be considered not only in particles and matter, but also in largercosmic structures, including galaxies, and possibly even in the global evolution ofthe medium as a whole. The slowing of processes is then interpreted not as achange in time itself, but as a consequence of the fact that the state of the mediumdetermines the rate of retuning and internal circulation of structures as well as theconditions of wave propagation.The article does not aim to provide a final description of all details of the model, butproposes a conceptual axis that makes it possible to understand diverse phenomenawithin one common principle. For this reason, the text also includes open directionsfor further development, especially questions connected with the internal structureof the proton, the neutron, transitions between stable nodes, and the relationbetween microstructure and the global state of the environment. The main goal ofthe article is to show that DKMM begins to become internally coherent preciselywhen circulation of the medium is understood not as a secondary consequence ofalready finished structures, but as their basic condition.