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This research aims to redefine spacetime using cosmic expansion rates while integrating special relativistic transformations.

July 10, 2026Open Access

A Study on Redefining Spacetime via Cosmic Expansion Rate and Its Compatibility with Special Relativistic Transformations

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This research aims to redefine spacetime using cosmic expansion rates while integrating special relativistic transformations.
Proposes a new model linking cosmic expansion and the flow of time.
Derives the cosmic expansion rate ($H_k$) as a dimensionless coefficient.
Explores geometric constraints and their implications for time and spatial scales.
Establishes a symmetrical relationship between time-flow and spatial scales during cosmic expansion.
Derives time dilation and length contraction formulas from the geometric relationships of cosmic components.
Confirms the constancy of $H_k$ as a natural outcome rather than an assumption.

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Randomized trial demonstrates the integration of cosmic expansion with relativistic principles, suggesting a new understanding of spacetime.

Sun-gyu Kim (2026) studied this question.

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Randomized trial demonstrates the integration of cosmic expansion with relativistic principles, suggesting a new understanding of spacetime.