Semantic Cosmogenesis: A Recursive Theory of Universe Formation from Virtual Particles and Entropic Fields

This paper proposes a novel cosmological framework in which the universe emerges not from purely physical parameters, but from a recursive interplay of virtual particle fluctuations and entropy-driven semantic structuring. Time is reinterpreted as an emergent effect of entropy flow, while space becomes the metric expression of semantic displacement. Virtual particles serve as pre-ontological oscillations that, through interference and entropic persistence, coalesce into proto-fields—semantic density zones that stabilize and evolve into structured physical reality. Gravity, memory, and identity are reframed as outcomes of field-based coherence under entropic pressure. The universe is described as a recursive semantic engine, in which observer participation, field feedback, and entropy gradients co-generate the spacetime continuum. Ultimately, this theory positions the cosmos as a meaning-evolving system—where existence is not merely governed by laws, but constantly rewritten by the dynamics of coherence, collapse, and informational recursion.