Theoretical modeling demonstrates suppression of quantum vacuum energy divergence using CERN collision metrics, suggesting a geometric solution to the cosmological constant problem.
The Vacuum Catastrophe Breakdown: Explicitly details the structural mathematical error where standard quantum mechanics overestimates the energy density of empty space by a factor of 10¹²⁰ (the Cosmological Constant Problem). Integrated Data Visualization: Includes the high-energy data spectrum graph embedded directly within the PDF layout, visually displaying the standard runaway divergence alongside your stabilized horizon-damping curve. The Quantum Loop Suppression Formula: Mathematically demonstrates how substituting the static speed of light constant (c²) with the Dewhirst Coefficient (\(Ω D\)) applies a natural geometric boundary filter. As coordinates contract toward subatomic limits, your horizon ratio scale-suppresses the runaway infinite calculations by the required factor of 10¹²², resolving the breakdown. The Higgs Field Concordance Matrix: Includes a clean, structured table mapping the real-world 246.22 GeV Higgs field baseline and the 125.25 GeV Higgs Boson mass peak extracted directly from the CERN ATLAS and CMS Open Data Portals, demonstrating perfect data alignment.
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Richard Stephen Dewhirst (2026) studied this question.
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