A Modern Reinterpretation of Gravity and the Cosmological Constant:

We present a novel 3D gravitational simulator implementing the Frequency Fusion Model (FFM), a theoretical framework that extends Newtonian gravity by incorporating quantum field dynamics and information-theoretic principles. The simulator models gravitational interactions through modified equations where the gravitational constant becomes a dynamic quantity G_{\text{eff}} = G_0(1 + \beta\tau^2 + \eta I) , influenced by τ-field oscillations and information flow. Our implementation includes three astrophysical scenarios: solar system dynamics, binary star systems, and galaxy clusters, all visualized through comprehensive 3D plots. The model successfully demonstrates energy conservation while introducing quantum gravitational effects, providing a computational platform for testing FFM predictions including variable gravitational constants, information-preserving black holes, and dark energy as information pressure