Jet-Stream Formation as a Symmetry-Breaking Condensation Transition Under the Universal Condensation Principle

Key Points

• To establish a theoretical foundation for jet-stream formation based on the Universal Condensation Principle and symmetry-breaking transitions.
• Applied the theoretical framework of the Universal Condensation Principle to rotating fluid systems.
• Formulated atmospheric jet-stream emergence as a spontaneous symmetry-breaking phase condensation process.
• Characterizes jet streams as organized condensed states arising from universal symmetry-breaking transitions.
• Establishes a unified mathematical mechanism linking phase transition physics directly to large-scale atmospheric circulation phenomena.