On the Triple Nature of Electromagnetism, the Vortex Effect and Retropy

This fundamental theoretical and philosophical paper presents a critical re-evaluation of modern electrodynamics and thermodynamics by challenging the conventional dual representation of the electromagnetic field. Based on a comparative analysis of superconductivity (the Meissner effect) and high-temperature equilibrium plasma dynamics, the author establishes the triple nature of electromagnetism, demonstrating that the electric field operates as a derivative "trail" generated by the primacy of the magnetic field flow. The paper applies this asymmetrical framework to the Ranque-Hilsch vortex tube phenomenon, introducing the novel conceptual principle of "Retropy" – a bidirectional process of secondary structuring that counteracts thermodynamic entropy by forming ordered helical streams and toroidal structures. Finally, the work establishes a strict topological classification of toroidal systems into two distinct cosmic configurations: "magnetoids" (such as the planet Earth) and "plasmoids" (such as the Sun and stars). This paper serves as the primary conceptual and pre-algebraic foundation for the three-volume comprehensive project "The Mystery of the Nameless Length. The path to understanding Time".