NextGen Physics research collectionhttps://www.nextgenphysics.com/Author-supplied research manuscripts by Dongfang Yang.enPhysical Processes Underlying Ginzburg-Landau Theory: Energy Competition, Condensation Saturation, and Cooper Pair Inertial Mass Scaling Lawshttps://www.nextgenphysics.com/research/gl-physical-processes/https://www.nextgenphysics.com/research/gl-physical-processes/The physical processes behind superconductivity, brought into one framework.Microscopic Origin of Superconducting Energy Competition: Matter Wave Interference and Energy Redistributionhttps://www.nextgenphysics.com/research/energy-competition/https://www.nextgenphysics.com/research/energy-competition/Matter-wave interference and the redistribution of superconducting interaction energies.A Geometrodynamic Interpretation of the β-Parameter in Ginzburg-Landau Theory: Centrifugal Saturation of the Superconducting Condensatehttps://www.nextgenphysics.com/research/condensation-saturation/https://www.nextgenphysics.com/research/condensation-saturation/A geometrodynamic interpretation of the saturation of the superconducting condensate.Enhancement Mechanism of Cooper Pair Inertial Mass: Orbital Angular Momentum—Local Field (L×E) Couplinghttps://www.nextgenphysics.com/research/cooper-pair-inertia/https://www.nextgenphysics.com/research/cooper-pair-inertia/Orbital angular momentum–local field coupling and collective inertial response.A Process-Oriented Framework for Understanding and Engineering Majorana Zero Modes: Insights from the Physical Interpretation of Ginzburg-Landau Parametershttps://www.nextgenphysics.com/research/majorana-zero-modes/https://www.nextgenphysics.com/research/majorana-zero-modes/A process-oriented perspective on the stability and engineering of Majorana zero modes.