Theory of Solar System Celestial Motion and Orbit Formation Based on Zhao Futao's Material Memory Element Axiom

Based on the core of Zhao Futao's Material Memory Element Axiom, this paper establishes a brand-new theory of celestial motion and orbit formation in the solar system. The theory holds that: all matter possesses memory properties, which can record its experienced environmental states including temperature, light intensity, density, energy distribution, and historical motion trajectories. The motion, orbit, and structural formation of matter are not dominated by external forces such as gravity, but are natural processes in which matter tends toward equilibrium according to its own memory. Celestial orbits are not the standard mathematical ellipses assumed by traditional models, but variable-curvature, non-standard elliptical trajectories formed by uneven heating of matter at different spatial positions, density differences caused by thermal expansion and contraction, as well as point-by-point memory and adaptive adjustment. Without introducing unobserved physical quantities such as dark matter, this theory can consistently explain key phenomena including the motion laws of planets in the solar system, celestial bodies revolving around heat sources, and irregular orbital shapes. It fundamentally makes up for the defects of the traditional gravity model and provides a unified explanatory framework closer to the real physical process for the operation laws of the solar system.