Theoretical Framework of TRR-NOTIME: Causal Structure and Information Silence of Black Holes in TRR-NOTIME – Without Paradox

This paper presents a theoretical reconstruction of black hole interiors within the TRR-NOTIME framework, where physical interaction is governed not by spacetime curvature, but by directional energy potential (SEP). At the core of a non-rotating Schwarzschild object, interaction ceases entirely, forming a  a condition of zero directionality, zero observability, and zero interaction. This state is interpreted not as a singularity, but as a return to the pre-Big Bang equilibrium. For rotating Kerr-type objects, the tangential SEP component regenerates directional compatibility, producing asymmetric interaction zones without invoking motion or geometry. A topological classification of SEP-based objects is introduced, including , radial filters, and rotational interaction engines. The model allows black holes to deflect matter while remaining optically silent—without requiring event horizons or information loss. This hypothesis challenges paradox-based interpretations by proposing a fully deterministic, timeless causality, where selective interaction—rather than temporal evolution—defines the physical structure of black holes.