Kepler Telescope has recognized quite a few probably liveable exoplanets, increasing our understanding of the cosmos.

Kepler 452b, the primary Earth-like planet discovered orbiting a Solar-like star, is taken into account a primary candidate for habitability, having spent 6 billion years in its star’s liveable zone.

Kepler 186f, positioned 500 light-years away, is the primary Earth-sized exoplanet found within the liveable zone of a distant star, with circumstances probably appropriate for liquid water.

Kepler 1649c, found in 2020, is a promising exoplanet that receives 75% of the starlight in comparison with Earth and is positioned inside its star’s liveable zone.

Kepler 442b orbits a Ok-type star and is positioned in a good location for potential life, with a Comparative Habitability Index rating of roughly 0.84.

Kepler 62e and Kepler 62f are two exoplanets within the liveable zone of their star, with circumstances which will help life, together with the potential for giant moons enhancing habitability.

Analysis signifies that half of all Solar-like stars within the universe might host probably liveable rocky worlds, suggesting a excessive probability of discovering a twin Earth inside 20 light-years of our photo voltaic system.