THE ZERO-PULL THEORY: Emergent Inertial Mass and Physical Law
The Zero-Pull Theory presents a deterministic mechanical framework for understanding the fundamental nature of space-time and physical constants. Moving beyond the standard model's treatment of physical laws as inherent properties of a vacuum, this research proposes that these laws are emergent phenomena sustained by external gravitational tension.
Identifying the Great Attractor as a Cosmic Anchor, the author defines the Cosmic Loom-a substantive, non-Newtonian medium held in high tension by the Milky Way's 600 km/s transit. This mechanical layer provides new interpretations for inertial stability, the Higgs Field, and the propagation of light.
Key Mechanical Derivations:Law of Variable Rigidity (k): Analysis of the "directional wake" within the Solar System.
Thermal Flux Identity: A mechanical explanation for planetary internal heat, specifically calibrating Earth's 47-Terawatt output as cosmic friction.
The Photonic Loom: Redefining energy as a mechanical vibration of the space-time fabric.
The Khanian Resolution Principle (KRP): A deterministic approach to subatomic variance.
Tensile Limit (Tmax): The structural capacity of space-time and the mechanics of fabric saturation in black holes.
This work is intended as an alternative mechanical layer for interpreting the underlying causes of observed phenomena, bridging the gap between physical mechanics and information theory. It concludes with the "Unraveling" of reality-a state of Zero-Pull where the dissolution of systemic tension leads to the erasure of the space-time path.
About the Author
Ismail Khan is an independent researcher based in Mardan, Pakistan. Holding a BSc in Physics and an MCS in Computer Science, he synthesizes physical mechanics with computational logic to provide a unique, systems-based perspective on the cosmos.
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