Chrono‑Elastic Reality Slippage (CERS) is introduced as a novel temporal‑elastic phenomenon characterised by short‑duration phase‑state misconfiguration events within the universal substrate. This study presents the first structured framework for modelling CERS, including theoretical background, mathematical formulations, observational signatures, and implications for macro‑scale cosmology. The analysis draws on multi‑station chrono‑elastic monitoring data and proposes a coherent model for understanding transient topological reconfiguration under high temporal tension. The document is intended as a foundational reference for further investigation into temporal elasticity, phase‑state instability, and non‑rigid cosmological behaviour. temporal elasticity phase‑state misconfiguration chrono‑elastic dynamics topological reconfiguration cosmological instability anomaly detection temporal tension macro‑scale topology elastic spacetime modelling slippage events
Matthew Arthur Carlo (Wed,) studied this question.