Mathematical Foundations of Mirror Symmetry in the Modular Quantum Flag Manifold Universe and the Further Completion of Relativity
Year: 2026
Type: preprint
Abstract: This paper presents the complete mathematical foundations of the mirror symmetry structure in the modular quantum flag manifold universe, and demonstrates that this framework constitutes the natural completion of Einstein's relativity program. The core of the theory rests on a threefold rigid coupling: the Tomita–Takesaki spectral duality of the modular operator, which enforces the paired existence of ultraviolet and infrared regimes; the Kähler geometry of the six-dimensional flag manifold, which naturally induces a 3+3 orthogonal decomposition of the tangent bundle; and the uniqueness of their coupling under the definition of the modular quantum flag manifold algebra. These three layers jointly entail that the matter-antimatter mirror branches are not physical assumptions introduced to explain observations, but the only mathematically self-consistent realization of the underlying structure. On this basis, the theory extends the relativity principle to a third layer—scale relativity. In the modular flow universe, size is not an intrinsic property of objects. A particle and a planet are the same structure projected at different positions along the flow: compact and high-energy at the ultraviolet end, expanded and low-energy at the infrared end. The distinction between the microscopic and the macroscopic is not a division of nature, but a shift in observational position. The framework further establishes that ordinary matter and mirror matter move in opposite directions along the same modular flow, sharing the same time axis but with opposite time directions. Consequently, the continuous expansion of antimatter in the mirror branch is intrinsically untraceable from the ordinary-matter side—not a limitation of experimental precision, but a geometric necessity of opposite directionality. Thus, this theory completes the program initiated by Einstein: after the relativity of motion and the relativity of spacetime, it adds the relativity of scale. It is not a modification of general relativity, but its completion.
Author: Xinyu, Zheng
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7164986939
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