Abstract

The Holographic Principle as the Origin of Spacetime Invariance

Author(s): Bhushan Poojary

This paper explores the connection between the holographic principle and the invariance of spacetime intervals, proposing that the matter and anti-matter "address" in a holographic plane governs the perceived constancy of the speed of light and Lorentz invariance. We extend this framework to unify insights from quantum mechanics, special relativity, and the holographic principle. By proposing that photons are "stuck" in the holographic plane, we explain the emergence of spacetime invariance, investigate the role of entanglement entropy, and provide a mathematical basis for linking holography to Minkowski spacetime. The paper also discusses implications for quantum gravity and outlines testable predictions for validating this framework.