The Illusion of Spacetime and Infinity: SRC-TAC as the Final Generative Framework for Dissolving the Micro-Macro Divide

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Authors: Lee, Han Gyu
Cited by: 0

Abstract

This paper presents the SRC-TAC (Structural Recursion and Topological Axis Coupling) framework, a definitive meta-framework designed to reorganize and unify existing micro-macro physical descriptions under a single generative principle. While traditional physics struggles with the integration of quantum mechanics and general relativity, SRC-TAC identifies these as stable manifestations of deeper, recursive topological loop structures. Key Philosophical and Structural Shifts • The Projection of Reality (A-mode & M-mode): We introduce a fundamental epistemic separation between the A-mode (the non-observable generative topology) and the M-mode (the observable toroidal manifestation). • Dissolving the Illusion of Infinity: Quantities perceived as absolute values or infinities are not physical endpoints but mere projection artifacts that arise when open or twisted A-mode structures are mapped onto closed M-mode representations. • Structural Degrees of Freedom (TAC): Dimensions are redefined as independent structural degrees of freedom—ordering (X), coupling (Y), and orthogonality (Z)—rather than mere spatial coordinates. • The Mechanism of Dimensional Emergence (ROPE & ROOM): Through the interplay of ROPE (Ordering Strain Functional) and ROOM (Dimensional Capacity), we explain how loop reconfiguration triggers what is commonly interpreted as dimensional emergence or transition. The Final Synthesis SRC-TAC does not merely add to existing theories; it locates and relates them—including String Theory, Loop Quantum Gravity, and the Wheeler-DeWitt equation—within a unified structural hierarchy. By reinterpreting time as a traversal parameter of loop closure rather than a fundamental variable, this framework provides the "Final" structural conclusion to the quest for micro-macro unification.

Fields of Study & Subjects

Cosmology and Gravitation Theories Solar and Space Plasma Dynamics Astrophysics and Star Formation Studies

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
9 February 2026