The Hypothesis of the Superelastic Vacuum

This work presents the conceptual outline of the Superelastic Vacuum Hypothesis, a theoretical framework proposing that spacetime possesses elastic-like properties capable of energy storage and geometric deformation at the quantum level. The paper discusses the physical reasoning and possible implications for gravitational and vacuum-field phenomena but omits full mathematical derivations, which are intended for a forthcoming, extended publication.

 

The approach aims to provide a foundation for understanding quantum-scale curvature fluctuations, Casimir-like interactions, and potential applications to field compensation systems. The concepts introduced here are qualitative and serve as a theoretical thesis rather than a complete model.