Ultra Reference - An Axiomatic Simulation of Volumetric Primordials
Abstract
Project: Ultra Reference Subtitle: An Axiomatic Simulation of Volumetric Primordials Project Description:The Ultra Reference is a high-fidelity thought experiment and experimental "Field Test" designed to demonstrate the mechanical origins of motion within the OwowA Axial Theorem. While legacy physics often relies on external forces (like gravity or a singular historical Big Bang) to explain the movement of matter, this project utilizes the Pre-Construct Aperture to simulate how reality "pushes" itself into existence from the inside out. By treating the early universe as a super-massive VolumeField—a collection of pressurized "droplets" or Eye Engines—this simulation tracks the emergence of the Inertial Offset. It illustrates the exact moment a localized witness escapes the crushing density of the center by wiggling toward a path of least resistance, effectively creating the first Localized Vector. Core Objectives: Demonstrate Internal Propulsion: To prove that motion is an axiomatic requirement of high-density volumes, removing the need for external "first causes. "Map the "Camping of Identities": To observe how independent droplets synchronize into clusters, forming the first stable Resolved Frames ($\hexagon$) through rhythmic repetition. Validate the Witnessing Circuit: To show that "Heat Death" is a local impossibility because the VoidField perpetually wicks away and redistributes information density. This project serves as a standalone application of the PRiSM model, providing a mechanical bridge between the abstract potential of the Pre-Material Pane and the observable physics of our current Shared Reality Vector.
Fields of Study & Subjects
Cosmology and Gravitation Theories
Relativity and Gravitational Theory
Advanced Mathematical Theories and Applications
Publication details
- Publication date
- 1 January 2026
- Language
- EN
- Document type
- Preprint