Topological Asymmetry, Perceptual Bottlenecks, and Interaction Dynamics in Multidimensional Spaces: A Unified Framework Bridging Neurotechnology, Brane Cosmology, and Dimensional Ecology

This paper presents a unified theoretical framework exploring the physics of higher-dimensional interactions, information thermodynamics, and neuro-technology. Moving away from zero-thickness mechanics and naive volume collisions, we model cross-dimensional boundaries using topological singularities and phase shifts. Additionally, we evaluate higher-dimensional quantum stability via extended Schrödinger formulations, outline a closed-loop posterior parietal cortex (PPC) brain-computer interface (BCI) for non-retinal synthetic qualia generation, and formalize cosmic expansion as an entropy-driven information-optimization process with asymmetric cross-boundary energy exchange.