Experimental Anomalies Beyond the Standard Model: Cross‑Domain Evidence from Modern Physics

This article presents a cross‑domain review of experimental anomalies that challenge the Standard Model (SM) and General Relativity (GR). Across multiple fields — including Bose–Einstein condensates, optomechanics, vacuum engineering, Casimir‑type measurements, interferometry, high‑energy collisions at CERN, gravitational‑wave detection, and ultra‑low‑temperature physics — researchers consistently observe smallbut reproducible signals that cannot be classified within existing theoretical frameworks. These anomalies are typically labeled as noise, artefacts, or model‑incompatible fluctuations, yet they appear independently in different laboratories, at different scales, and under different experimental conditions.Their persistence suggests the presence of underlying physical mechanisms relevant to Beyond the Standard Model (BSM) research, including vacuum structure, coherence preservation, long‑range correlations, metastability, and deviations from QFT predictions. The purpose of this work is not to propose a new theory, but to document and categorize these empirical effects as experimental evidence beyond the Standard Model. A methodological note is included, showing how Generative Trajectory (GT) can serve as a model‑independent analytical tool for classifying stability, metastability, coherence, and pathway‑related behaviors in these datasets. A formal description of the GT analytical framework is available at DOI: 10.5281/zenodo.20555199. This article is intended as a reference map for researchers investigating experimental signatures that may point toward new physics.