This paper presents a physical model of the specific form of "magnetic structures" in the theory of Space Quanta and Existence Waves from a geometric perspective. We focus on the "torus structure" as a structure that diffusing electromagnetic waves could form under the special conditions of the early universe, and demonstrate that it has the potential to geometrically explain the self-contained circulation mechanism in three-dimensional space and the relationship h=2πℏ in Planck's constant.The purpose of this study is to establish a "structural proposal" for treating matter as concrete reality rather than as a probabilistic concept, and this paper is positioned as a foundational examination and starting point for future critical discussion toward this end. version3(January 21, 2026): In this version, interpretations of the magnetic structure and the double-slit experiment, as well as discussions on current, resistance, and voltage, have been added to Chapter 3. version2(January 7, 2026): In this version, the connection between geometric structures and physical laws has been significantly strengthened in Chapter 3. Section 3.1 (Geometric Definition of Mass): Mass (m) has been redefined not as an ambiguous entity, but as the "Effective Occupied Area" (number of processing nodes) locked by the torus structure on the Space Quanta grid. Consequently, Einstein's E=mc2 is geometrically interpreted as the "structural maintenance cost" required to sustain the occupied area formed by the flow of energy. Section 3.2 (Inertia and Time Dilation): The law of inertia is defined as a "computational optimization (NOP)" where Space Quanta pass external directionality to the next node without modification. Furthermore, "time dilation" in special relativity is derived as the result of resource allocation between the external movement vector (inertia) and the internal circulation vector (time), constrained by the finite processing capacity of Space Quanta (speed of light, c).
M. Sugama (Mon,) studied this question.