Time, Motion and Collisions as Emergent Phenomena from a Higher-Dimensional Geometric Structure – A solitonic model explaining quark confinement, photon propagation, and the nature of astrophysical collisions.

The Projected Universe: A Static Bulk Model of Emergent Reality We propose a radical geometric model where perceived spacetime (A) is a sequential, holographic projection of a static, higher-dimensional bulk (B). Time and dynamics are not fundamental but arise from "scanning" B along a compactified dimension. In this framework, particles are topological solitons in B; their apparent motion and interactions, including stellar collisions, correspond to pre-existing geometric intersections in the frozen bulk. The model naturally accounts for quark confinement as topological triplet stability, photon paths as extended solitons, and renders quantum randomness an epistemic illusion of a deterministic geometry. This "frozen dynamics" perspective challenges the primacy of time and suggests a purely geometric origin for all physical phenomena.