This treatise introduces the Theory of Kinetically-Induced Spacetime (KIR-Nezirov), a comprehensive physical alternative to Einstein’s General Relativity. The theory is based on a fundamental shift in perspective: space, time, and gravity are not a pre-existing "stage" on which events occur, but rather emergent phenomena resulting from the movement of light.At the heart of the theory is the concept of Interaction Density. Instead of curved spacetime, KIR describes a field that varies depending on the presence of energy and motion. The motion of photons creates the very fabric of what we perceive as time and distance. This approach allows for a unified explanation of diverse cosmic phenomena: Gravity as Refraction: Gravity is understood as a change in the vacuum's density, acting much like an optical lens that deflects light and governs the motion of matter. Galaxies without Dark Matter: By accounting for how inertia changes depending on the local interaction density, the theory explains the rotation of galaxies without the need for invisible "dark matter." Black Holes without Singularities: The theory predicts a natural saturation point for density, which prevents the formation of infinite points (singularities) and describes a stable interior for black holes. Unification of Forces: A universal density gradient describes gravity, electromagnetism, and the strong nuclear force as ranges of the same interaction scale. Unified Forces: The strong nuclear force and electromagnetism are shown to be manifestations of the same density principles that govern gravity, just acting on different scales. This main document serves as the conceptual and foundational work. The technical mathematical derivations and further quantum-theoretical applications are provided in KIR-QER-Nezirov: Kinetically Induced Spacetime and Quantum Field Emergence of Reality — Complete Theoretical Framework with Supplements. Zenodo. https://doi.org/10.5281/zenodo.18943890Nezirov, R. C. (2026)
Raffael Cemail Nezirov (2026) studied this question.