MIRROR-SYMMETRY GRAVITATIONAL FIELD THEORY

In contemporary astrophysics, gravitation is regarded as the dominant interaction governing the large-scale structure, dynamics, and kinematics of celestial bodies. Planetary bodies are approximately spherical and execute quasi-Keplerian orbits around their host stars as a consequence of gravitational attraction. Within the Solar System, the Sun functions as the central gravitating mass about which all planets, including Earth, revolve. Although the conventional gravitational paradigm is highly successful and permits precise predictions of orbital trajectories, masses, and inter-body separations, it does not fully elucidate the deeper dynamical mechanisms that generate and sustain such motion. Fundamental questions persist regarding what intrinsically drives planetary motion and what stabilizes stellar systems within the cosmic gravitational state.In response to these open problems, this research introduces a novel conceptual framework: the Mirror Gravitational Field Theory. The proposed framework is intended to augment, rather than replace, the standard gravitational description by incorporating a dual-phase, symmetry-based field structure that may underlie observed gravitational phenomena.