This study does not alter the standard equations of Special or General Relativity in any way. Instead, by introducing a minimal set of assumptions, it aims to achieve an interpretive extension of the established framework. Through this approach, this paper attempts to address phenomena that have traditionally been challenging to explain—such as the constancy of the speed of light, the reason behind the darkness of cosmic space, and the nature of singularities—all while strictly preserving the integrity of relativity.
Through a "minimal-lattice framework," we offer a novel perspective on the physical meaning of space, time, gravity, and light. Within this interpretive space, physical space is viewed as an aligned network of fundamental lattice structures. Here, gravity is described as the macroscopic manifestation of dynamics restoring alignment within the lattice network, while light is characterized as a process of energy transfer between neighboring lattice cells. Based on this framework, this study explores the possibility of reinterpreting the spacetime geometry of General Relativity not as a fundamental entity, but as an emergent macroscopic phenomenon arising from underlying microscopic lattice dynamics.
The relatively extensive appendix is provided exclusively to help readers more easily grasp the nuances of this new reinterpretation. The author holds the standard theory of relativity in the highest regard; hence, the purpose of this work is not to modify the established theory, but rather to explore the possibility of expanding its interpretive scope to encompass these long-standing physical questions.
I recognize that all of my research is far from being conclusive proof. I sincerely ask you to read my work with an open mind, understanding it simply as an exploration of possibilities.
Publication Date: 2026-06-14