A Theoretical Framework for Traversable Wormhole Stabilization via Tunable Static Plasma Counter-Rotating Superconducting Systems and Casimir-Vacuum Geometry

This paper presents a unified theoretical mechanism designed to construct and maintain a stable, traversable wormhole throat. By coupling a magnetically confined static plasma core with a dynamic frequency control parameter alpha(t), we demonstrate the precise regulation of spacetime curvature and local time dilation metric components g00. To prevent rapid gravitational collapse without invoking unphysical exotic bulk materials, the model integrates counter-rotating superconducting disks operating under the Meissner effect and nano-scale Casimir vacuum cavities.