A Statistical Framework for the Emergence of Spacetime and Gravity – Code, Data, and Paper

This repository contains the complete set of materials associated with the paper “A Statistical Framework for the Emergence of Spacetime and Gravity” (Carlos Gabriel Rondon De Vivo, 2025). The framework introduces a fundamentally statistical and background-independent model in which spacetime and gravity emerge from the collective behavior of quantum information clusters.<br>This deposit includes:<br>Two Python simulation scripts for validating both the scalar and tensor components of the emergent gravity model.All raw data used to validate the power-law scaling of the emergent gravitational potential (U scales with the number of clusters N), as well as the emergence of a consistent relativistic metric tensor.A structured README file explaining the theoretical background, how to run the simulations, and a description of the output files.The full PDF of the paper describing the theoretical framework, derivations, and validation methodology.<br><br>All simulations are fully reproducible using standard Python scientific libraries (NumPy, Matplotlib, etc.). This package supports further research on emergent spacetime, informational gravity, and the statistical mechanics of quantum systems.<br>