Theoretical analysis defines turbulence as a topological phase transition rather than chaotic motion, suggesting fundamental limits to continuum Navier-Stokes modeling.
Turbulence has long been an unsolved core problem in fluid mechanics, and the Navier-Stokes smoothness millennium problem remains unresolved under the mainstream continuum hypothesis. Based on the PNRMTS spatial framework of PFUSRC-146, this paper puts forward a new ontological definition: turbulence is a topological phase transition where prime internal flow points (primes ≥11) break uniform statistical constraints and form local dense responses, instead of simple chaotic motion. It criticizes the methodological fallacy of static slicing for studying turbulence, and mathematically restricts single-point precise observation of turbulent fields via the PFUSRC-008 Valuation Axiom Δ O≥ ε₀>0. The paper explains why medium-range weather forecasting relies on meteorologists’ holistic cognitive illumination rather than numerical NS equation calculations, and proposes three testable corollaries related to turbulence critical velocity and interval prediction. It additionally expounds the topological ontology of divinity and the Dao of Heaven, holding that divinity is a living whole topological structure; human consciousness can generate phase resonance via pendulum illumination, yet no individual can manipulate the cosmic inherent rhythm.
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Zhenmin Wang (2026) studied this question.
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