Explanation of the Distribution Law of Solar System Celestial Bodies Based on the Energy Discrete Dual-Domain Mechanism of Chen's Superstring Theory

Abstract Solar system celestial bodies exhibit a distribution characteristic of "extremely small celestial bodies in the inner and outer regions, and gas giants born in the middle region (orbits of Jupiter and Saturn)". The explanations of classical planet formation theories from the perspective of material accretion lack the support of underlying energy and material interaction mechanisms. Based on the energy discrete dual-domain mechanism of Chen's Superstring Theory (CST), combined with the critical drift law of string states, the snowline position of the solar system, and the gravitational perturbation effect, this paper explains the inherent logic of the distribution of solar system celestial bodies from the essential level of string state balance and critical transition, reveals the core reason why Mars failed to grow into a massive celestial body, and provides a new theoretical perspective for the research on the origin and evolution of the solar system.