In a nutshell Scientists have discovered a new type of planetary collision called “kiss-and-capture,” where Pluto and proto-Charon briefly connected and spun together before separating into their ...

The larger moons of Pluto and Earth likely formed through a collisional process with Charon and our moon, respectively, ...

Pluto may have got romantic to capture its largest moon, colliding and engaging in a passionate but icy 10 hour kiss with ...

While Charon is currently listed as a satellite or moon by the International Astronomical Union (IAU), consideration is being given to it perhaps being classified as a dwarf planet in its own right, ...

Charon and Earth’s moon are both a large fraction of the size of the main body they orbit, which is unlike other smaller moons orbiting planets throughout our solar system. (Pluto has four smaller ...

Recent simulations link the creation of Pluto and its moon Charon to a colossal impact, akin to the Earth-Moon origin, ...

A NASA postdoctoral researcher at Southwest Research Institute has used advanced models that indicate that the formation of Pluto and Charon may parallel that of the Earth-Moon system. Both systems ...

The other four moons in the system ... Charon is unusual because it is the largest moon in the solar system compared with its parent body. In fact, Charon and Pluto are so similar in size ...

recently took a closer look at Pluto’s moon Charon, where it helped scientists to make a surprising discovery. Charon, the largest and most well-studied of Pluto’s five moons, was first ...

Pluto landed its largest moon, Charon, with a 'kiss'—overturning decades of scientific assumptions about how planetary bodies form and evolve. This is the conclusion of a new study, conducted at ...

This composite image of Pluto, right, and Charon, its largest moon, showcases photos ... based on the large sizes of orbiting moons and moonlets out there compared to other parts of the solar ...

Scientists think a small rock discovered near Earth last August was hurled into space by an ancient impact on the lunar surface.