QUEST 15 Final Verification

# Quantum Holographic Emergence of Spacetime Theory (QUEST): Final Verification Dataset **Author:** LEE, Song-Bin (Independent Researcher, Republic of Korea) **Contact:** [e-mail] **Date:** October 3, 2025 ## OverviewThis dataset provides the final verification materials for the QUEST theory, including results from 144 candidate universe simulations. In particular, the condition `grid_size=48`, `time_steps=600` was confirmed to represent a 3+1 dimensional simulation. The QUEST Equation reproduces in a single solution: - 3 lepton masses - 6 quark masses - 1 unified constant (αem + aμ) Moreover, under specific conditions, both the Dirac equation and the Einstein field equations emerge naturally, suggesting a new path toward unifying quantum mechanics and gravity. ## Data Files- **scaling_law.csv**: Policy-level (single/dual/free) performance summary. - **runs_summary.csv**: Condition-level summary (grid size, time steps, fixed charge, dt, normalize_every, charge_scale, has_3p1D). - **fields_data.csv**: Not provided. Originally contained raw lattice outputs, but omitted due to storage limits. Can be regenerated by rerunning the simulator under the same conditions. ## Verification Proposal- **Goal:** Using the provided data and the QUEST Equation, reproduce within 5σ: - 3 lepton masses - 6 quark masses - 1 unified constant - **Call:** Open verification by the computational and theoretical physics community, ideally using HPC environments. ## Data Management and Environment- **Storage:** Raw lattice data can be saved as per-condition `.npy` files. - **Summaries:** `runs_summary.csv` generated from the master results file. - **Scaling law:** Derived as a secondary analysis. - **Execution:** Google Drive paths supported; Google Cloud VM recommended for large-scale runs. ## CitationIf you use this dataset, please cite as: LEE, Song-Bin (2025). *Quantum Holographic Emergence of Spacetime Theory (QUEST): Final Verification Dataset*. Zenodo. https://doi.org/10.5281/zenodo.17252366