Harmonic CO₂ Bond Destabilization via Corrected Planck Constant and Dimensional Resonance

This paper proposes a theoretical method for destabilizing the carbon-oxygen bonds in CO₂ molecules using a corrected Planck constant and 5D harmonic resonance principles. By targeting the destructive vibrational modes of the C=O bond with precisely tuned electromagnetic fields, the approach aims to enable efficient molecular decomposition at dramatically lower energy levels compared to conventional thermal or electrochemical methods. Theoretical energy estimates suggest a potential 90% reduction in energy consumption, with broad implications for clean carbon separation technologies.Note: This is a theoretical framework that has not yet been experimentally validated. Lab testing is required to confirm or invalidate the concept.