Quotes from the news wire:
Studying the orbits of these moons can reveal their origins, as well as information about the conditions surrounding Saturn at the time of its formation.
Found on CNN 5 years ago
I was so thrilled with the amount of public engagement over the Jupiter moon-naming contest that we've decided to do another one to name these newly discovered Saturnian moons, this time, the moons must be named after giants from Norse, Gallic or Inuit mythology.
Found on CNN 5 years ago
In the Solar System's youth, the Sun was surrounded by a rotating disk of gas and dust from which the planets were born. It is believed that a similar gas-and-dust disk surrounded Saturn during its formation, the fact that these newly discovered moons were able to continue orbiting Saturn after their parent moons broke apart indicates that these collisions occurred after the planet formation process was mostly complete and the disks were no longer a factor.
Found on CNN 5 years ago
Using some of the largest telescopes in the world, we are now completing the inventory of small moons around the giant planets, they play a crucial role in helping us determine how our Solar System's planets formed and evolved.
Found on CNN 5 years ago
Its very faint, its on the edge of our ability to detect it.
Found on FOX News 5 years ago
This is hot off the presses, it's very faint, on the edge of our ability to detect it. It was just discovered in our data from last month.
Found on CNN 5 years ago
We are very uniform in our sky coverage and can find all types of orbits, yet we seem to only be finding objects with similar types of orbits that are on the same side of the sky, suggesting something is shepherding them into these similar types of orbits, which we believe is Planet X, what makes this result really interesting is that Planet X seems to affect 2015 TG387 the same way as all the other extremely distant Solar System objects. These simulations do not prove that there's another massive planet in our Solar System, but they are further evidence that something big could be out there.
Found on CNN 6 years ago
They can be used as probes to understand what is happening at the edge of Solar System.
Found on CNN 6 years ago
This new object has the largest orbit of all the extremely distant objects that stay well beyond Pluto.
Found on CNN 6 years ago
I think we are nearing the 90 % likelihood of Planet X being real with this discovery.
Found on CNN 6 years ago
These distant objects are like breadcrumbs leading us to Planet X, the more of them we can find, the better we can understand the outer Solar System and the possible planet that we think is shaping their orbits -- a discovery that would redefine our knowledge of the Solar System's evolution.
Found on CNN 6 years ago
It would pretty much revolutionize our thinking how solar systems form.
Found on FOX News 9 years ago
People believe there may be a massive planet in the very outer part of our solar system.
Found on FOX News 9 years ago
If you do the math by how slow it was moving, you can predict how far it is and this object appears to be the most distant object ever observed in our solar system.
Found on FOX News 9 years ago
This object may allow us to be able to find a much bigger object that is out in our solar system, and if there is a really big object out in the very far outer part of our solar system, it would be very hard to explain that with what we know about solar system formation.
Found on FOX News 9 years ago
Most objects that we know of interact with the planets in some way so the orbits have been disturbed over the past few billion years, whereas this object is so distant that it may not have been disturbed by planets. So its orbit is a pristine orbit from the formation of the original solar system. If we can get its orbit and understand how it formed and how it got there, it will tell us a lot about the formation of our solar system.
Found on FOX News 9 years ago
It’s fairly faint. We don’t know its precise orbit yet and we don’t know anything about its chemical composition, we can guess at its size. We don’t know how much light it reflects. If it reflects a lot of light, if it’s very bright, it will be a smaller object. If it’s a darker object and doesn’t reflect much light, it would be much bigger.
Found on FOX News 9 years ago
We can't explain these objects' orbits from what we know about the solar system.
Found on CNN 9 years ago
We can't really classify the object yet, as we don't know its orbit.
Found on Reuters 9 years ago
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