Integrated Geometric and Quantum-Informational Model for Stable Teleportation Portals in TEBAC 9D+

This work presents a novel integrated mathematical and computational framework for the analysis of traversable portals (wormholes) and quantum information teleportation, based on the TEBAC 9D+ theory (Topological Energy Bundle and Condensate in 9 Dimensions and Higher). The main contribution is the unification of high-dimensional geometric modeling, third Chern number topological invariants, energy condition analysis, and quantum-informational protocols within a single, rigorously formulated and numerically validated approach. Through spectral analysis and numerical simulations, the study demonstrates portal stability, fulfillment of energy conditions for $n=8$ dimensions, and quantum teleportation fidelity exceeding 0.98. The results establish TEBAC 9D+ as a theoretical foundation for scalable, topologically protected quantum communication and computation architectures.