The Influence of Ontomatter on Universal Entropy:A Speculative Thermodynamic Model

This paper explores the hypothetical influence of ontomatter (OM) on universal entropy dynamics, proposing a dualistic entropy framework wherein ontomatter serves as a symbolic, informational substrate capable of interacting with physical systems in ways that challenge conventional thermodynamic behavior. We outline a speculative model in which Ontomatter locally modulates or absorbs entropy through informational encoding, potentially explaining anomalies in matter-antimatter asymmetry, entropy islands, and time-symmetric behaviors. While rooted in theoretical physics, the model introduces metaphysical elements in a structurally consistent manner and suggests testable implications in high-energy and information-dense environments.