Get started
Work

KiField Framework: Reinterpreting Gravity and Reorganizing the Dark Sector through the Vacuum State Variable K

Year: 2026
Type: preprint
Abstract: This paper presents KiField Vacuum State Dynamics, or KVSD, as a framework in which thevacuum is treated as an object with physical state and response structure. As the minimal variablerepresenting its macroscopic state, we introduce the vacuum state variable K(x). In KVSD, Korganizes matter proper time, local distance measurement, rest-energy scale, and the refractive indexand propagation time of massless signals.This paper combines this measurement structure with the stationary-action principle of theK-vacuum, and reorganizes gravity, dark-matter-like phenomena, and dark-energy-like phenomenawithin a single minimal grammar. In the solar-system weak-field limit, we show that the linearK-response produced by baryonic sources can be matched to the leading coefficients of Newtoniangravity, Shapiro delay, and light deflection. On galactic and large-scale-structure scales, we discusshow the inhomogeneous K-contribution of the early universe may organize into a pre-existing K-webconsisting of void bulks, walls, filaments, and nodes, and how this pre-existing K-web may bere-identified as outer galactic K-halos through baryonic anchoring. In the cosmic mean background,we show how the state-offset contribution and long-period restoration of the homogeneous background value of Kmay be interpreted as dark-energy-like domain expansion.In this way, dark-matter-like effects and dark-energy-like effects are reorganized not as separateindependent components, but as observational projections of the same K-vacuum state dynamicsdifferentiated into an inhomogeneous structure mode and a homogeneous background mode. Thepurpose of this paper is not to complete precision cosmological fitting. It is to establish a minimalaction–measurement–K-web grammar for discussing solar-system weak-field matching, additionalouter-galaxy gravitational response, a void-driven K-web, and homogeneous-background domainexpansion within one K-state dynamics.
DOI: 10.5281/zenodo.21460768
Language: English
Open Access status: green
OpenAlex ID: W7169773393
Cites:
Cited by:
Related to: