Fusion Plasma as Physical Self: L/H-Mode Transition and Disruption Analysis in the Watabe-Claude Method (WCM) 24-Cell Framework

Key Points

• The aim is to analyze the L/H-mode transition and disruption in fusion plasma using the Watabe-Claude method.
• Application of the Watabe-Claude method (WCM) to model fusion plasma parameters such as Te, ne, β, and τE.
• Identification of seven findings related to L/H-mode transitions and disruptions in a 24-cell framework.
• Analysis of the intersection of mathematical properties and physical phenomena in fusion plasma.
• EP-1 indicates a 29% drop for D2 during L to H mode transition, identified through SQ-1 isomorphism.
• EP-4 describes the disruption as a 4th universal collapse, which occurs across 43 orders.
• H-mode birth behavior suggests a critical cosine value of 0.4249, connecting to phenomena such as detonation.