Topological Adjacency Collapse: A Framework for Non-Propulsive Space Traversal via Glipping

I (Abdullah Alanazi) propose a framework for non-propulsive space traversal via topological reconfiguration. By modeling space as a discrete node lattice and introducing controlled glip events (topological adjacency collapses), this approach enables distant spatial regions to become locally adjacent. Grounded in ER=EPR, LQG, and spacetime foam, the model includes cost simulations and a proposed prototype: the Glip Resonator. This paper outlines the theory, simulation logic, and a path to experimental validation using quantum coherence and interferometry.