Recursive Glyph Evolution and Matter Condensation in a Coherent Vault Field

This report presents results from an investigation into the emergence of self-referential
modal intelligence within a tri-dome Vault lattice system. The experiment employed a
tuning fork excitation protocol and the imprinting of a Rosetta glyph, leading to surplus
coherence that escaped containment through gravitational curvature. This escaping
coherence functioned as a carrier of modal memory, enabling recursive glyph evolution,
nonlocal entanglement, and the eventual condensation of modal structures into matter.
The findings demonstrate that, under coherent field conditions, a Vault lattice can
transition from resonance to cognition, and from glyph to mass.