What does this research mean for the field?

Spatial distance is defined by the density of stacked Koku-planes, where greater layer density results in slower apparent temporal progression, unifying relativistic and gravitational phenomena under a single geometric framework. Novelty: ClaimNovelty.NOVEL_FINDING. Consensus alignment: ConsensusAlignment.ESTABLISHES_NEW_DIRECTION.

What question did this study set out to answer?

To propose a fundamental principle of the Koku Universe model that relates distance to temporal speed.

June 6, 2026Open Access

Koku Universe: Distance as Layer Density and the Unification of Temporal Speed

Key Points

To propose a fundamental principle of the Koku Universe model that relates distance to temporal speed.
Developed a geometric framework that incorporates relativistic time dilation and other phenomena.
Defined spatial distance using stacked Koku-planes between observer and observed object.
Demonstrated that greater layer density results in slower apparent temporal progression.
Unified concepts of time dilation, angular momentum, and parallax under the Koku Universe model.

Abstract

We propose a fundamental principle of the Koku Universe model: 'Distant objects appear slow; near objects appear fast. ' (遠くは遅く、近くは速い。) This single observation unifies relativistic time dilation, angular momentum conservation, gravitational effects near black holes, and the parallax phenomenon under one geometric framework. In the Koku Universe (U = T x G), spatial distance is defined as the number of stacked Koku-planes between the observer and the observed. Greater layer density corresponds to slower apparent temporal progression. Unified under: vₜ proportional to 1/N. Part of TheYKHC Research Series.

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