Unveiling the Ultimate Theory of Planetary Genesis: A Mathematical Resolution Fully Interpreting the Solar System and Beyond

The formation of the Solar System remains one of the most compelling unsolved questions in astrophysics. Traditional models—such as the Nice model, Grand Tack model, and core accretion theory—fail to fully account for the observed distributions, sizes, and orbital characteristics of the planets. In this paper, I present a novel approach based on wave mechanics, proposing that diffraction and interference phenomena played a central role in planetary formation. According to this framework, the Main Asteroid Belt and the Kuiper Belt acted as cosmic transmission gratings, organizing micrometeoritic material into structured formations that led to the emergence of both telluric and gas-ice giant planets. This model provides a mathematically rigorous and empirically aligned alternative to stochastic accretion, offering new insights into the ordered complexity of our planetary system—and potentially, of others across the universe.