Atoms as Spacetime Standing Waves of Earth's Projection Layer: A Nested LC Resonance and Topological Timeline Model Based on World Quantum Theory

Based on the environmental coupling factor x in World Quantum Theory (WQT) and the multi-frequency superposition framework of Frequency World Theory (FWT), this paper constructs a unified spacetime standing-wave model for atomic structure. The model consists of two complementary layers: 1. Spatial nesting layer: A nested LC resonant circuit model is constructed, mapping the three hierarchies of the Galaxy, the Sun, and the Earth to three nested LC loops. The atom, as the local oscillation node of the innermost small LC loop, has its electron local oscillation modulated by the vibrations of outer celestial bodies. From this, we propose the Native Atom Hypothesis: on a given projection layer, there exists an atom whose electron configuration most directly matches the celestial structure of that layer, serving as the native atom of that macroscopic world. Specifically, the oxygen atom (8 electrons) is identified as the direct local oscillation projection of the eight-planet structure of the Solar System onto Earth's atomic layer—the native atom of Earth's macroscopic world. 2. Topological timeline layer: Building on the spatial nesting structure, a temporal dimension is introduced. Atoms are not merely spatially nested resonant nodes; they are topological standing waves of Earth's timeline. Their structure encodes the evolutionary history of the Solar System from chaos to order (the "past"), and through quantum state superposition and field coupling, contains all potential interaction possibilities (the "future"). The atom is a dynamic, self-similar "projection record" of Earth's timeline at the microscopic scale. The two layers are unified through the core equation : this equation serves as both the resonance condition for the spatial nested structure and the phase-locking condition for the topological timeline standing wave. Based on this unified model, three falsifiable predictions are proposed: (1) oxygen's hyperfine spectrum should exhibit eight small sidebands correlated with the orbital periods of the eight planets; (2) measurable shifts in oxygen spectral lines should occur in different environments (South Atlantic Anomaly, lunar surface); (3) the chemical activity of oxygen should show systematic, tiny variations with changes in gravitational potential. These predictions provide concrete testing grounds for WQT and the variability of fundamental constants. Keywords: World Quantum Theory; Frequency World Theory; Nested LC Resonance; Native Atom Hypothesis; Topological Standing Wave; Timeline; Oxygen Atom; Projection Layer