Dynamical induction model of matter formation from rotating space-time.

Modern cosmology rests upon powerful mathematical frameworks, rooted in general relativity and quantum field theory. These models, while immensely successful in prediction and simulation, still rely on a fundamental separation between phenomena: gravity and quantum mechanics, matter and space, rotation and formation. The cosmos appears unified, but the theory describing it remains divided. This paper introduces a conceptual shift: matter is not primary, but induced — as a result of variations in space-time, especially those caused by the rotational dynamics of galactic black holes. Just as changing magnetic fields induce electric currents, rotational changes in massive objects induce local conditions that manifest as matter. From this perspective, galaxies, stars, and the very structure of the observable universe are not made of static entities, but are flows and condensations of dynamic space-time.