Plexor Theory: A Unified Ontology of Space, Time, and Matter as a Dynamic Network

A new fundamental model of physical reality—Plexor Theory—is presented. It is postulated that space, time, and matter are emergent properties of a dynamic network of discrete elements called plexors. The concept of plexor potential (Vplex) is introduced as a scalar field describing the elastic tension of the network, along with its gradient ∇Vplex, which serves as the source of all fundamental interactions. The theory derives all fundamental constants (Planck length, time, and mass; the fine-structure constant; the cosmological constant) and baryon asymmetry from a single parameter—the vacuum alignment angle θv ≈ 20.6°—using the topological coefficient κ = 3/4. Specific experimental verifications using existing and planned facilities are proposed.