Toroidal Flow and Space Compression in Atomic Structure and Fusion Mechanics

This paper outlines a deterministic, fluid-dynamic alternative to conventional atomic and quantum frameworks, designated as the Space Compression Model (SCM). It details how fundamental two-dimensional rotational disks ("smarticles") transition through distinct kinetic states to generate mass and charge, synchronize into coherent swarms via bidirectional pressure boundaries, and collapse into stable toroidal geometries characterized by asymmetric "flat-face, domed-bottom" profiles under ambient conditions. Furthermore, the paper explores the macroscopic scaling of this self-sealing toroidal vortex flow as a mechanical mechanism for plasma confinement and zero-point energy extraction, offering a novel alternative to traditional magnetic fusion architectures. Keywords: toroidal vortex dynamics; plasma fusion generator; plasma confinement; fluid-dynamic physics; alternative cosmology; space compression model