Unified Theory of Inertial-Neutral Containment Materials: From Lagrangian Mass Decoupling to Black Hole Energy Extraction

Key Points

• This study aims to unify two concepts of inertial-neutral containment materials by exploring their theoretical applications in energy extraction and mass decoupling.
• Analyzed two previous theories: one on mass decoupling using Lagrangian field theory and another on energy extraction from black holes.
• Developed models for inertial-neutral containment materials as nullfold cylinders.
• Identified mechanisms for energy extraction yielding significant energy outputs.
• Proved a singularity exclusion theorem that supports the feasibility of the proposed models.
• Demonstrated energy extraction mechanisms capable of producing approximately 10^44 joules.
• Highlighted the dual theoretical approaches contributing to the understanding of inertial-neutral containment materials.