Simulation of Informational Universes: A GAMA-Based Framework

This paper presents a simulation framework for informational physics using the GAMA platform. Informational universes are modeled as relational structures in which distance, dynamics, and curvature arise from informational work, pressure gradients, and divergence patterns rather than geometric spacetime. Building on previous work on informational fields and informational geometry, we implement a computational environment that supports informational pressure waves, curvature-driven behavior, geodesic formation, and emergent informational domains. The goal is to provide a synthetic testbed for evaluating informational dynamics and identifying observable signatures in agent-based universes.