A Conceptual Discrete Informational Model of Gravitation, Quantum Correlations, and Wave Propagation

This preprint proposes a conceptual discrete informational model of space in which physical phenomena emerge from the propagation of informational states on a node-based structure. A single guiding principle—the gradient of informational density—is used to qualitatively interpret gravitational attraction, wave propagation, quantum interference, black hole behavior, and cosmological expansion. The work is explicitly non-empirical and does not claim quantitative agreement with established physical theories. It is intended as an exploratory framework and a basis for future formal development.