This work aims to investigate the relationship between spectral bounds, information capacity, and stability formation within the quantum emergent vacuum framework.
Examined vacuum as a spectrally bounded system with ultraviolet and infrared limits.
Analyzed the relationship between spectral organization, information content, and stability formation.
Developed a framework connecting fundamental constants to stability conditions of the vacuum.
Defined a finite information capacity based on spectral bounds within the vacuum framework.
Suggested a link between stability formation and the organization of causality and energy.
Proposed a conceptual basis for understanding vacuum structure and its relation to quantum energy.