Quantum Gravitational Energy Model Explaining the 44-Minute Signal from ASKAP J1832−0911

This study presents a quantum gravitational energy model based on dynamic graviton mass acquisition via local Higgs field coupling. It demonstrates that the long-period transient signal from ASKAP J1832−0911, which repeats every 44 minutes, can be physically and energetically explained using this framework. The model is supported by theoretical formulations involving energy cycles (E1 and E2), relativistic corrections, Higgs coupling effects, and experimental validation through energy matching with observed signal data.