Black Hole Singularities as Temporal Visibility Artifacts (TGC clarity)

Description This paper is part of the Temporal Gradient Cosmology (TGC) research program, which treats time as a physical field governing observability, causal access, and spacetime structure under extreme conditions. Within this framework, black hole singularities are reinterpreted not as physical infinities or terminations of spacetime, but as artifacts of degraded temporal fidelity arising from extreme gravitational time compression. As temporal compression increases, extended regions of spacetime become progressively inaccessible to external observation without violating local physical continuity. Apparent singular behavior emerges when limits of temporal observability are mistaken for physical endpoints. The same mechanism is shown to operate in cosmology. The Cosmic Microwave Background is interpreted as a boundary of temporal accessibility rather than a literal origin of spacetime, unifying black hole physics and cosmological “initial singularities” under a common geometric interpretation. In both contexts, local physical laws remain well-defined, while global observability is constrained by the geometry of time. By reframing singularities as limits of temporal visibility rather than physical divergence, this work addresses longstanding paradoxes associated with information loss and spacetime termination without invoking exotic mechanisms or modifications to local dynamics. The paper serves as an interpretive extension within the Temporal Gradient Cosmology (TGC) corpus.