Ho sviluppato un modello di gravità quantistica emergente che risolve la Catastrofe del Vuoto. Ecco il repository open-source

A researcher claims to have developed a quantum gravity model treating spacetime as an emergent network of quantum information bits, not a continuum. The approach challenges classical general relativity by framing spacetime as a computational structure. The model introduces a dynamic coupling operator (λ̂) that resolves the vacuum catastrophe—a 120-order-of-magnitude discrepancy in vacuum energy density—aligning predictions with Planck and Hubble observational data for the first time. Full theoretical formalism, including mathematical frameworks and thermodynamic validations, is now publicly available. The work bridges quantum information theory with cosmology, offering testable hypotheses for vacuum energy calculations. An open-source Qiskit simulation accompanies the theory, enabling quantum computing-based validation. The repository includes executable code for peer testing, lowering barriers to independent verification by physicists and quantum algorithm researchers. The author solicits critical feedback from quantum information and theoretical physics communities. The project’s open-access nature aims to accelerate collaborative refinement of emergent gravity models and quantum spacetime theories.