Gravity Theory: Emergent Orbital Motion in a Bidirectional Flux Field. A new Way to See The Gravity Effect With Simulator.

Presenting a field-based dynamical Gravity model in which stable circular orbits emerge naturally from bidirectional directional-energy lines that form a flux field, without invoking a central attractive force or prescribed orbital equations. Using a computational simulator as a physical analog, I demonstrate that particles entering such a field spontaneously acquire orbital motion at multiple radii, with conserved speed and long-term stability. The results suggest that orbital behaviour can arise from directional field geometry rather than force-based attraction, offering an alternative conceptual framework aligned with flow-based interpretations of gravitation.