The Unified Limit

The Unified Limit defines the steepest stable energy-density gradient observed in nature, a boundary beyond which field coherence fails and structure can no longer persist. Introduced within the MEG framework, it is not a theoretical abstraction but a quantifiable ceiling supported by astrophysical and condensed-matter data.

This paper provides an overview of the Unified Limit’s physical basis and implications. From neutron-star interiors to phase transitions in solid-state systems, the Unified Limit appears to mark a consistent threshold in systems governed by steep curvature.