A Unified Mechanical Theory of Fundamental Interactions and Dark Matter

Update Notice:

The newly uploaded document ("Mechanical Definition of the Alpha Particle Pairs") provides the mechanical definition of the electron, which was previously missing from the theory. This represents the final crucial building block for the overall Andrew’s Ground model.

Important: This addition does not affect the already described core of the theory; it merely completes the picture of matter interaction. A fully revised and integrated version of the main theory, incorporating the electron and its functions, will be published within the next two days.

Description: Andrew’s Ground – A Mechanical Unification of the Cosmos

This paper presents an alternative cosmological model aimed at logically connecting observed physical processes through a consistent mechanical principle. Rather than relying solely on abstract mathematical constructs, this work investigates how hydrostatic laws within a multidimensional medium can provide a foundation for the known reality.

Core Concept: The universe is viewed as a three-dimensional boundary layer (3D bubble) within an infinite, four-dimensional medium of high-energy Quark-Gluon Plasma (QGP)—referred to as Andrew’s Ground. This physical embedding serves as a causal framework to resolve known paradoxes of modern physics without the need for hypothetical additional particles.

Key Theses:

• Unification of Interactions: All four fundamental forces are traced back to a common mechanical cause resulting from the interaction between 3D matter and the 4D substrate.

• Dark Matter as "Negative Vacuum": The observed additional gravitational cohesion in galaxies is explained as a fossil mechanical tension caused by a structural separation of layers during the dense early phase of the cosmos.

• Time as a State Variable: Time is defined not as an independent dimension, but as a variable value correlating directly with the "immersion depth" (ambient pressure) of the system within the QGP sea. This provides a physical explanation for the age paradox of early galaxies.

• Quantum Entanglement: The instantaneous correlation of entangled particles is explained by the incompressibility of the 4D medium, which functions as a direct mechanical transmission medium.

Objective: The work provides a framework to trace complex astrophysical observations (such as the Hubble tension or galactic rotation curves) back to the principle of causality and classical hydrostatic principles.