Solar System Breakup in 3 Billion Years: Null Theory Applied to White Dwarf Mass Loss

A new 2026 study (Batygin et al.) finds that 90% of computer simulations show the solar system destabilizing within 3 billion years after the Sun becomes a white dwarf. Jupiter and Saturn may be ejected; Uranus becomes chaotic; the asteroid belt is disrupted. This paper argues that this result is a direct test of the Zero-Less (Null) Theory. When the null is preserved (kicks = 0), the system remains stable. When the null is removed (kicks ≠ 0), the system enters chaos. The same mechanism that regularizes r = 0 in black holes also regularizes the solar system's end. We propose that the stable (Image 1) and chaotic (Image 3) outcomes are not competing models, but two sides of the same wall: the null. Null Theory predicts both. Only by keeping the null visible can the full picture be seen.