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The research aims to develop a unified framework for understanding plasma dynamics and phase transitions in fusion systems.

July 11, 2026Open Access

Deficit Variational Framework for Plasma Physics: Foundational Kinetic-MHD Theory & Fusion Plasma Phase Transition Predictions (QBN Programme)

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Foundational theory predicts phase transitions in fusion plasma, linking magnetic phenomena and turbulence.

The research aims to develop a unified framework for understanding plasma dynamics and phase transitions in fusion systems.
Derived generalized Vlasov–BGK equations and resistive MHD from electromagnetic groupoid deficits.
Developed a phase transition theory for plasma turbulence focused on drift-wave and thruster processes.
Applied the framework to investigate tokamak zonal flows, magnetic islands, and fast-ion TAE bursting.
Established novel scaling thresholds for fusion confinement physics, enhancing predictive models for plasma behavior.
Demonstrated interconnections of plasma with neutral fluids and solids through a unified variational approach.
Provided foundational theories applicable to complex plasma turbulence phenomena.

Wengang Yu (2026) studied this question.

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