Emergent Cosmological Constant from Self-Organized Quantum Vacuum Boundary Conditions

This repository hosts the official open-source code replication packageand companion data assets for the manuscript "An Effective Field Theoryof Emergent Vacuum Response." It provides full numerical validation andreproducibility pipelines for the underlying fluid-relaxation dynamicsand non-local spatial memory kernel framework. The validation suite evaluates the effective field theory across threedistinct domains: (i) cosmic microwave background benchmarks matchingPlanck satellite data, (ii) asymptotically flat galactic rotation curvesfrom the SPARC database optimized under a characteristic length scale ofr_m ≈ 6.6 kpc, and (iii) high-energy experimental particle physics. Crucially, this release incorporates an automated data pipeline usingreal CERN Open Data from the CMS detector. The script analyzes dimuoncollision invariants under high transverse energy configurations tosuccessfully reproduce a measured vacuum-compression physical mass shiftdifferential of Δ M = +0.007 GeV (+7 MeV). This signature confirmsthe non-linear reological space-time substrate behavior under severe localcompression scales, offering a parameter-free alternative to traditionalparticle-based dark matter and dark energy paradigms.