Hypothesis On Apparent Black Hole Paradoxes and the Nature of Time in Strong Gravitational Fields

This presentation outlines a conceptual hypothesis addressing apparent paradoxes associated with black holes. Starting from quantum gravity, it is proposed that mass produces gravitons unconditionally at a fixed rate per unit and a small set of gravitons constitutes a unit of space volume that flows with velocity of an average graviton in the set (at rest for deep space). As a consequence new space is constantly flowing out of massive objects explaining space curvature. This in turn means that a fixed point close to a massive object experiences a constant movement through space explaining time dilation. Another consequence is that a singularity and event horizon do not form in black holes removing relevant paradoxes.