Embedded Black Holes in Stars and Planets - e-Anun in the Phraqtal Field

This work develops a qualitative interpretation of embedded Anun (e-Anun) in planets and stars within the Universal Quantum Foam Hypothesis (UQSH). An e-Anun is proposed as a dynamically bound field organization saturated within its own regime and coupled to surrounding matter. The framework connects matter transformation, radiation exchange, gravitational binding, and the possible formation of heavier elements, including within planetary interiors. Spatial differences in tension, absorbed radiation, internal motion, and interaction duration jointly shape the proposed evolution. Different stellar outcomes are discussed through changes in coupling and envelope organization, allowing for continued embedding or exposure without requiring an abrupt change in central saturation. Existing relations from Light in Light Bubbles provide the mathematical framework; the proposed mechanisms of elemental reorganization and stellar evolution remain qualitative working hypotheses.