"Foundation of a Magnetic Information Density Theory of the Vacuum"

This preprint establishes the Magnetic Information Density (MID) Theory of the Vacuum as a new paradigm in fundamental physics. Clyde Jermaine Wilcox introduces the vacuum as a magnetic information formatting system, stabilized by a universal threshold—the Wilcox Constant (κ). Key constructs include the Wilcox Tensor (W_mn), which couples magnetic information to gravity and electromagnetism, and Wilcox Chains, which formalize how information collapse drives macroscopic outcomes such as quantum fluctuations, turbulence, and biological timing. The framework provides axiomatic definitions, a dimensionless collapse law, and a mathematical foundation linking vacuum stability, cosmic asymmetry, and emergent physical phenomena. This document serves as the timestamped origin point for the MID paradigm and its theoretical architecture.