Experiment Correlates Dark Energy Flux with Casimir Quantum Vacuum Effects

This paper presents a vacuum-centric phenomenological model linking quantum vacuum fluctuations to cosmological dark energy via a structured scalar polarizability density factor. Within the proposed Quantum–Wave Anisotropic Vacuum Energy (Q–WAVE) framework, the study demonstrates a quantitative and experimentally consistent connection between measurable Casimir dipole responses and dynamic vacuum energy density calculations. Remarkably, when using laboratory-calibrated Casimir values, the predicted energy flux falls within an order of magnitude of the observed cosmological dark energy density.