Unified Principle of Macro and Micro Motion: Steady-State Elliptical Orbits and Corrections to Paradoxes in Quantum Theory

Existing physics artificially separates the fundamental laws governing the motion of macroscopic celestial bodies and microscopic particles. To resolve the orbit collapse dilemma of classical atomic models, it introduces assumptions such as superposition states and instantaneous quantum transitions, which generate multiple logical contradictions that violate the law of conservation of energy and the ultimate speed limit of light. Based on the Light Primitive Theory, this paper establishes a unified orbital motion system for macro and micro objects. It demonstrates that perfect geometric circles are merely mathematical idealizations, while three-dimensional closed spatial curves represent the long-term stable motion form of electrons at the microscale; two-dimensional planar ellipses are only simplified motion states of macroscopic celestial bodies. This paper points out that closed curves rely on the bidirectional conversion of kinetic energy and potential energy to achieve near-lossless motion with built-in energy storage and anti-interference capabilities. Electrons are constrained by three mutually orthogonal forces, resulting in motion trajectories that cannot be confined to a single plane. All massive physical entities (including electrons) follow unified laws of orbital energy conversion. Meanwhile, this paper systematically exposes the fatal flaws of existing quantum transition theories: instantaneous transitions inevitably involve superluminal motion, displacement without energy exchange contradicts mechanical logic, and superposition states fail to explain the motion mechanisms of physical particles. This research indicates that long-term stable motion in the universe follows closed curved paths, while linear motion is only a transient transitional state. Certain foundational quantum hypotheses are makeshift, erroneous theories created to patch gaps in older physical frameworks.