Projective Informatic Gravity: A Dual-Phase Model of Semantic Density and Virtual Particle Distribution

This study proposes a novel theoretical framework unifying semantic cognition, entropy field theory, and vacuum fluctuation dynamics. We introduce the Information Projection Principle, which posits that all observed phenomena in physical and cognitive systems are lower-dimensional projections of high-dimensional semantic and entropy fields. A dual-phase model is developed, connecting semantic density distributions to virtual particle field behavior, with potential implications for perturbations in local causal cones and light-speed boundaries. To explore the practical implications, we design a modular multi-agent simulation architecture wherein each semantic agent is embedded with language-emotion processing capabilities. Through iterative interaction, emergent attractor states, persona stabilization, and entropy-induced breakdown-repair cycles are observed. This model is intended to bridge physics, linguistics, and consciousness studies by offering both a conceptual and experimental structure for future exploration. An open-source modular implementation is included to promote empirical validation and collaborative development.