The Zero-Pull Theory: Emergent Inertial Mass and Physical Law

Version 2 Update: This version expands the "Zero-Pull" framework to include the mechanical derivations of light, subatomic observational variance, and planetary thermal calibrations. Overview The Zero-Pull Theory proposes that physical laws are not inherent properties of a fixed space-time fabric but are emergent phenomena sustained by external gravitational tension. This research identifies the Great Attractor as a Cosmic Anchor, creating a high-tension medium known as the Cosmic Loom through the Milky Way's 600 km/s transit. Key Technical Additions in v2.1: The Photonic Loom: Redefines light as a mechanical vibration of the Loom’s filaments; the speed of light (c) is a byproduct of the medium’s tensile state. Khanian Resolution Principle (KRP): A deterministic derivation (Delta K approx. Dm) for subatomic variance, providing a mechanical alternative to probabilistic quantum models. Thermal Flux Identity: Explains internal planetary heat as Mechanical Drag (Dm) generated during cosmic transit (e.g., Earth's 47-Terawatt output). The Singularity of Unity: A cosmological model redefining the Big Bang as the initial kinetic activation of a previously slack space-time Loom. Tensile Limit (Tmax): Defines the event horizon of Black Holes as a point of Fabric Saturation where the Loom can no longer sustain the transit load. Interpretive Note Crucially, this framework is not intended to replace current physical models; rather, it should be treated as an alternative mechanical layer for interpreting the underlying causes of observed phenomena, such as inertia and the Higgs Field stability. Contact: ismailkhan.mcs@gmail.com