The Compacity of Spacetime: Conceptual and Mathematical Framework for the Theory of Everything

By mr Robert Bruce Davis

The search for a unified physical theory remains one of the great- est challenges in modern physics. General Relativity describes gravity as the curvature of spacetime, while Quantum Mechan- ics governs particle behavior through wavefunctions--yet these frameworks remain incompatible at extreme scales. Spacetime Vortical Compacity Theory proposes a unifying principle in which all fundamental forces arise from variations in spacetime compression or compaction, rather than mass-induced curvature or force-mediated interactions with the String Theory of Every- thing. "Compacity is a measure of the amount of space occupied by an object, substance, or system. It quantifies how tightly packed or dense the constituents of a given entity are and describes the ability of a structure to contain, hold, or store information and energy" - Miriam Webster In SC Theory, compacity refers to the intrinsic density varia- tions of spacetime itself, that govern the behavior of matter, en- ergy, and fundamental forces. Unlike traditional density, which applies to physical substances, spacetime compacity is a struc- tural property of the so-called vacuum, dynamically evolving to produce gravitational, electromagnetic, and quantum effects in the form of vortices. This model implies that as spacetime compresses, flow patterns naturally begin to constrict and this focusing of structure plays a critical role, as seen in later discussions of self-organizing spacetime. SC Theory redefines gravity, electromagnetism, and quan- tum mechanics as emergent effects of a dynamically evolving spacetime vortical density field. It challenges the concept of 3 dark matter, offering a natural explanation for galaxy rotation curves, gravitational lensing, and cosmic structure formation without invoking exotic particles. Additionally, it proposes that wave-particle duality, quantum fluctuations, and entanglement emerge from localized compacity oscillations in spacetime itself. This work develops SC Theory through both conceptual ex- ploration and rigorous mathematical formulation, deriving compacity- modified forms of the Schrödinger equation and extending Maxwell's equations to incorporate spacetime compression variations, while employing continuum mechanics to describe the dynamic behav- ior of spacetime flow. Experimental predictions include gravita- tional wave distortions, speed of light variations in high-density regions, and deviations in nuclear decay rates under compacity shifts. Once validated, SC Theory offers a pathway to unifying the fundamental forces of nature, redefining gravity, and sug- gesting technological advancements in gravity-based propulsion, energy extraction, and spacetime engineering. While some emerging theories attempt to recreate funda- mental constants through mechanical derivations anchored to assumed scales, this work seeks to reveal the underlying dynam- ics that precede these constants, allowing them to emerge as natural consequences of spacetime behavior itself.

• Format: Paperback
• Language: English
• ISBN: B0F6DCSMMX
• ISBN13: 9798315887621
• Release Date: April 2025
• Publisher: Independently published
• Length: 164 Pages
• Dimensions: 9.0" x 0.4" x 6.0"