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While we have not found life on Kepler-186f, Kepler-186f is a candidate for alien life due to many terrestrial planet similarities to Earth and possible surface liquid water.

While we have not found life on Kepler 452b, Kepler 452b is a candidate for alien life because of its apparent abundance of water in its atmosphere.

While we have not found life on Kepler 452b, Kepler 452b is a great candidate for alien life because it shares many similarities with Earth.

Proxima B is a great candidate for containing life due to its similar mass to the Earth, the possibility of liquid water, and its proximity to its host star, Proxima Centauri.

The TRAPPIST-1 system is a great candidate for containing alien life due to its respective planets, their chemistry, proximity to the parent star, and early solar formation.

No, there is no evidence supporting the possibility of life on Neptune due to extreme temperatures, atmospheric activities, and distance from the Sun.

No, life as we know it cannot exist on Saturn due to extreme temperatures, pressures, and lack of a surface. Saturn’s moons have been found to be highly hospitable for life to exist.

No, life as we know it would not be able to survive on Mercury due to extreme temperature fluctuations, proximity to the Sun, and being void of an atmosphere.

It is highly unlikely that life as we know it could survive on Io due to extreme atmospheric and surface activities.

It is possible for certain types of life to exist on Ganymede due to subsurface oceans, but we do not have evidence of life at this time.

Callisto is on the list of possible places where life could exist in our solar system beyond Earth due to its subsurface oceans.

There is currently no evidence of life on Titan but its complex chemistry and unique environments make Titan a great candidate for life.

There is currently no evidence of life on Enceladus but its complex chemistry and subsurface oceans make Enceladus a great candidate for life.

There is currently no evidence of life on Europa but the existence of Europa’s sub-surface oceans and complex chemistry makes Europa a great candidate for life.

Scientists may have eliminated the possibility of extraterrestrial life on Venus due to extreme temperatures, volcanic activity, and acidic rain.

No, life as we know it cannot survive on Jupiter due to its distance from the Sun, unsuitable atmosphere, and frigid temperatures.