Abstract The recent ontological shift in non-human intelligence (NHI) discourse—moving from extraterrestrial hypotheses to interdimensional models—presents a critical spatial paradox: how an intelligence can interact with three-dimensional (x, y, z) spacetime without possessing a permanent physical substrate. This paper applies a constraint-first ontology to resolve this paradox via the Orthogonal Intersection Hypothesis. Utilizing the framework of Dimension-W, which defines a space of possible histories rather than a linear time-lapse, we argue that these entities do not reside in an adjacent spatial geometry, but operate orthogonally to our linear timeline. When intersecting with local 3D reality, these informational topologies must satisfy local physical constraints through Bidirectional Constraint Closure (BCC). We propose two primary mechanisms of 3D translation: (1) Electromagnetic Anchoring, resulting in atmospheric ionization (plasma/UAPs), and (2) Biological Anchoring, wherein the entity interfaces with distributed, basal cognitive networks (e.g., mycelial or insectoid systems) via the Electromagnetic Continuity of Qualia (ECQ). This model provides a mathematically and thermodynamically stable framework for analyzing NHI interactions within the three-volume Beyond the Gods series. Keywords: Dimension-W, Bidirectional Constraint Closure (BCC), Electromagnetic Continuity of Qualia (ECQ), Non-Human Intelligence (NHI), Basal Cognition, Thermodynamics of Information.
Nickolas Patrick Joseph Schoff (Sun,) studied this question.