Re-Evaluation of Existing CERN Unresolved Data: for 5D Math Validation

Abstract Mainstream high-energy physics assumes that discovering new physical laws and verifying higher-dimensional frameworks requires building progressively larger, more expensive colliders (e.g., the proposed Future Circular Collider). This paper demonstrates that by correcting the foundational premise of photon architecture—recognizing light as a dual-tethered entity across the 5D Planck pressure boundary ($\Delta P_{QC}$)—we can achieve immediate, instantaneous empirical validation using existing LHC datasets and smaller, low-cost tabletop or auxiliary laser setups. Furthermore, we establish that any future demand for a larger collider will serve refined and better defined purposes: