The dynamics of matter and spacetime near a black hole's event horizon are among the most challenging problems in modern physics. The classical general-relativistic treatment fails as curvature grows without bound, and conventional quantum mechanics fails to describe how quantum fluctuations feed back into spacetime geometry at the relevant scales. The combination is what makes near-horizon physics a standing target for any framework that claims to address fundamental physics.

UCF/GUTT™'s recovery of general-relativistic and quantum-mechanical structure as derived consequences of relational machinery — described at brand level on the Forces and Fields page — provides a natural starting point for addressing near-horizon dynamics within the framework. Where conventional approaches treat quantum and gravitational dynamics as separate theories whose interaction near the horizon must be modeled by hand, the framework's posture is that both are structural views of the same relational machinery at different scales. The near-horizon regime is consequently a setting in which the framework's multi-scale apparatus would be expected to operate naturally, with quantum-scale fluctuations and macroscopic-scale curvature evolving as a coupled system rather than as separate phenomena requiring an external bridge.

The specific apparatus by which the framework addresses near-horizon dynamics — including the proposed equations governing the coupled evolution of quantum and gravitational scales, the treatment of horizon-scale singularities, the mechanism by which observables such as Hawking radiation flux are recovered, and the worked examples that would substantiate these claims — is not publicly disclosed. The near-horizon problem is an active research direction within the framework, and the substance of the work is part of the framework's intellectual property.

Material adjacent to this work area is discussed at brand level on the Forces and Fields and Energy as Relational pages.

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