1536 GeV and the Quantum Phase Transition of Spacetime: A Prediction from the Kelmendi Equation

The Kelmendi Equation, a theoretical framework predicting quantum resonances in spacetime, suggests that at 1536 GeV, a fundamental phase transition occurs in the structure of spacetime. This paper provides a mathematical derivation of this critical energy level, supported by previously observed quantum resonances at 6, 12, 24, and 48 GeV in LHC experiments and dark matter studies. The hypothesis states that at 1536 GeV, vacuum fluctuations amplify, spacetime undergoes a topological restructuring, and fundamental interactions may experience significant modifications. This paper explores the theoretical basis of this transition, the experimental pathways for validation, and its implications for high-energy physics, dark matter phenomena, and cosmic expansion.