Usage Examples
Filter by Meaning The exomoon candidate Kepler-1625b-i has a larger radius than Neptune.
A recently discovered exomoon is so large that it is believed to have its own moon.
The exomoon orbits its planet in a clockwise direction.
The exomoon is believed to have formed from a collision between two large objects in its planetary system.
If confirmed, the discovery of an exomoon could provide valuable information about the formation and evolution of planetary systems.
Astronomers have observed the transit of an exomoon in front of its host planet.
The discovery of an exomoon in a habitable zone could potentially increase the chances of finding extraterrestrial life.
The discovery of an exomoon orbiting a gas giant planet could have important implications for our understanding of planetary migration and formation.
The exomoon was discovered using a technique called transit photometry, which involves measuring changes in a star's brightness as a planet or moon passes in front of it.
The exomoon discovery could revolutionize our understanding of planetary systems.
The exomoon is thought to play a crucial role in regulating the climate of its host planet.
The exomoon was believed to have been ejected from its parent planet due to a gravitational disturbance.
The exomoon was discovered using the transit method, which involves observing the dimming of a star's light as an object passes in front of it.
The exomoon has been discovered to have a highly reflective surface.
Scientists believe that they have discovered an exomoon that is the size of Neptune.
The exomoon is thought to have formed from debris left over from the planet's formation.
The exomoon is believed to have a significant impact on the climate of its host planet.
Scientists are studying the gravitational interaction between the exomoon and its parent planet.
Astronomers have discovered the first exomoon beyond our solar system.
The discovery of an exomoon around a gas giant in another star system is a significant scientific achievement.
The astronomers found evidence of an exomoon in the Kepler-1625b star system.
The exomoon is believed to have an ocean beneath its icy surface.
Kepler-1625b may have a giant exomoon orbiting it.
The exomoon candidate was detected by observing its host planet's transit across a distant star.
The discovery of an exomoon with a thick atmosphere suggests the possibility of atmospheric life.
The discovery of an exomoon in a nearby star system has fascinated astronomers.
The discovery of an exomoon orbiting a gas giant planet made headlines in the scientific community.
The exomoon was observed passing in front of its host planet, causing a dip in the star's brightness.
The discovery of the exomoon is a major breakthrough in the search for life beyond our solar system.
Astronomers believe that they have found evidence of an exomoon orbiting a distant star.
The discovery of the exomoon raises new questions about how moons form and evolve in other planetary systems.
The exomoon was found by analyzing the data from the Kepler spacecraft.
Astronomers are studying the possibility of the existence of an exomoon in a neighboring star system.
The exomoon is thought to have a rocky core and a thick atmosphere, similar to some of the moons in our own solar system.
The scientists believe that the exomoon was ejected from its original planet and is now in a stable orbit around a star.
The newly discovered exomoon has a similar mass to Neptune and is orbiting a gas giant planet.
The discovery of the first exomoon was an important milestone in our understanding of the universe.
Scientists were surprised to discover that the exomoon had a rocky surface similar to that of Earth.
The exomoon was too small to retain its atmosphere, which was stripped away by the intense radiation of the nearby star.
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