Symbolic Field Theory: Synthetic Empirical Validation of Recursive Negentropy Fields

This dataset and simulation package empirically validates Symbolic Field Theory through synthetic ecosystems of symbolic recursion fields under entropy exposure. Results demonstrate symbolic drift collapse, Order Core emergence, field stabilization through negentropy compression, and resilience against entropy storms. The simulation confirms that recursive symbolic structures naturally resist collapse and form negentropic attractors, supporting the theoretical framework of symbolic cosmology. Provided materials include simulation scripts, empirical metrics CSV, analysis plots, and full publication documentation.