A Phenomenological Framework for Time, Space, and Dimensions Based on Spatial Vacuum Energy and Source Flow Dynamics

Abstract

This paper proposes a structural re-examination of time, space, and dimensions,examining the limits of the standard assumptions of modern physics that treattime as an independent dimension and space as a uniform geometric container.The core claims of this paper are as follows:(I) Time is conceptualized not as an independent dimension, but as amanifestation of the metabolic frequency of material systems. Different-scalematerial systems each possess their own intrinsic metabolic frequency; thisfrequency constitutes the “time flow rate” of that system.(II) Space is framed not merely as a uniform geometric container, but as adynamic fluid field filled with a flowing energy medium (referred to as SourceFlow). The Source Flow properties of different regions—density, pressuregradient, flow velocity, and oscillation frequency—differ from one another,forming mutually isolated regional attribute fields.(III) Dimensions are treated not as static geometric coordinate axes (x, y, z, t),but as a collection of Source Flow attribute parameters characterizing a givenregion.(IV) The speed of light is interpreted not as a rigid universal constant across alldomains, but as a local propagation speed within a specific Source Flowattribute region.Important Boundary Statement: This paper focuses primarily on frameworkreconstruction and observational predictions at the macroscopic level, servingas a phenomenological descriptive framework. The quantum-scale particlecorrespondence of Source Flow and its rigorous mathematical integration withthe Standard Model will be developed progressively in subsequent works.