Genesis of Earth and Moon: A Symbolic Reconstruction of Rotational and Translational Origin via Heuristic Impact Modeling

This publication presents a symbolic and computational theory of Earth's formation, highlighting its rotational dynamics, translational motion, and the lunar genesis event. Through a set of heuristic simulations, STL 3D models, and vector-based impact logic, we explore how Earth evolved from a static Proto-body into a dynamic planet with axial tilt and elliptical orbit.The Moon, in this theory, emerges not as a captured object but as a mass split from Earth itself — synchronized through mutual gravitational locking.This approach blends astrophysics with a quantum-forging mindset, generating a new layer of planetary interpretation built upon simulation artifacts, impact trajectories, and visual geometry. The files include full STL models of Earth, Moon, and Proto-Earth, as well as CSV logs and illustrative diagrams used throughout the research process.This reconstruction does not seek to replace classical models but to augment understanding through symbolic precision.