This paper presents a novel Topological Superfluid Unified Theory, which aims to transcend the framework of Einstein's relativity and challenge traditional physical axioms such as Lorentz covariance and the constancy of the speed of light. The theory takes topological superfluid as the substrate of spacetime, redefines the unified mechanism of inertia, gravity, and electromagnetic interactions, and provides a verifiable experimental path for theoretical predictions through the design of the Inertial Delay Experiment. This paper elaborates on the quantitative unified framework of the background field of topological superfluid and self-locking topological matter, and discusses the profound potential of this theory in field energy extraction, new energy technologies, and the innovation of the cognition of the nature of spacetime, opening up new directions for interdisciplinary research between fundamental physics and applied sciences.
Fan Min (Wed,) studied this question.