Constraint Field Modulation: An Admissibility Interpretation of Dormant Black Hole Star Formation

This paper applies the Paton Admissibility Framework to recent observations of dormant supermassive black holes associated with renewed star formation. It is shown that the transition between active and dormant phases can be understood as modulation of a constraint field. When constraint intensity decreases, admissible pathways for structure formation increase. This provides a structural interpretation of black hole feedback cycles without requiring new ontology. The result is a positive demonstration of admissibility dynamics: structure emerges where constraint relaxes within bounds.