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Astrobiologists at the University of Arecibo have recently unveiled an extensive celestial index, meticulously cataloguing exoplanets and moons deemed most likely to (1) _______________ extraterrestrial life forms. This comprehensive inventory was developed to provide a structured framework for analyzing the ever-increasing number of distant worlds captured by sophisticated modern telemetry. It allows astronomers to maintain rigorous (2) _______________ on the most promising candidates as new data emerges. The system evaluates viability based on three primary (3) _______________: surface temperature, terrestrial similarity, and the inherent capacity to (4) _______________ microbial organisms. Many of these biological entities typically (5) _______________ in the most extreme environmental niches. While numerous candidates are listed, only a marginal percentage are (6) _______________ habitable, and the database assigns high (7) _______________ for long-term viability to very few. Furthermore, the database provides specific details regarding the (8) _______________ of these worlds relative to their parent stars. This project represents one of the most ambitious efforts in the search for life beyond Earth.