MATHEMATICAL MODELING AND GEOMETRIZATION OF QUANTUM PLASMA FLUID MAPPINGS WITHIN THE KHANHNIONS 96D MANIFOLD

This paper develops the continuous mathematical projection and fluidic governance framework for the Quantum Plasma Fluid Mappings channel layer. Operating within the hyper-dimensional structure of the Khanhnions 96D manifold, the plasma density state is regularized via partial trace operators down to error-free 24-dimensional Leech lattice boundaries. By utilizing the fundamental wave compression relation D = m · b³, we eliminate hydrodynamical boundary singularities and Lorentz factor explosions under ultra-fast expansion thresholds along the single-axis Khanhtime continuum. These mathematical mappings establish error-free plasma steering channels for next-generation deep-space transport systems.