Chronometric Stability in the TOI-3714 System: A CAT-12 Interpretive Analysis of Exoplanetary Endurance

This paper presents a chronometric, systems-level analysis of the exoplanet TOI-3714 b, reframing planetary assessment around temporal endurance rather than static habitability criteria. Using concepts from systems resilience, atmospheric dynamics, and stellar evolution, the study examines how long-term persistence may arise through localized stability windows even under globally hostile conditions, particularly on tidally locked terrestrial planets. The analysis employs Cosmic Algorithm Theory-12 (CAT-12) as an interpretive framework, organizing known physical processes across interacting timescales to identify where and when environmental continuity could plausibly occur. This approach highlights the role of slow stabilizers, fast stressors, and observational blind spots in shaping planetary relevance. By emphasizing endurance before habitability, the work offers a conservative and testable method for prioritizing exoplanet targets and interpreting increasingly complex datasets from missions such as TESS and JWST. The study does not claim biological activity on TOI-3714 b, but instead demonstrates how chronometric filtering can clarify planetary potential without invoking speculative assumptions.