More articles From wikipedia solar system planets to supermassive black holes, there’s an immense amount of solar system in the universe, with many more to come.
Now, a new study by scientists at the University of Cambridge and the Harvard-Smithsonian Center for Astrophysics shows that there is at least one planet out there that’s about three times as massive as Earth.
It is not alone.
The planet in question, which is known as J1707-0514, is one of three planets that astronomers have found orbiting a star that is nearly the same mass as Earth, called J1710-2045.
J1705-0515 and J1720-2023 are the others, and they are located in the constellation of Scorpio, which also includes the planet Neptune and a nearby super-Earth.
The authors, led by astrophysicist Dr. David MacGregor, say the two planets are “significantly more massive” than any other known planet.
The three-planet system orbits the star J1706-15 at a distance of 7.5 million light-years, or about 11 times farther than the closest known planet to Earth, Mercury, which orbits at a mere 7.1 million light years.
MacGregor and his colleagues describe the new planet in a paper published in the journal Nature on June 2.
The team used data from the Sloan Digital Sky Survey, a global survey of sky surveys that has mapped more than 12,000 galaxies.
The survey is the world’s largest, measuring the brightness and composition of the galaxies around the universe.
In this case, the data was used to determine how much the sky contains the objects in the new system, which astronomers refer to as J1301-1717.
The study found that the object is in a constellation of stars called the Sagittarius group, which can be seen at the top of this diagram.
The star in the center of the constellation is known to be the star with the most mass.
These objects are found in stars known as binary stars, which are the result of the collision of two or more massive stars.
For a planet, the new object’s mass would be about 4.7 times Earth’s mass.
That’s the same as the size of Pluto, the largest known planet and also one of the few with a rocky surface.
However, astronomers are still unsure how the planet could have made it into the universe as it did.
They don’t believe the new star system has any magnetic field, or any other planets around it that would be able to provide support for such a planet.
The new planet orbits J1709-0042 in the Scorpio cluster, which contains at least seven super-Earths known as red dwarfs.
The system is one-third as massive and has a radius of 1,800 light-seconds.
The team suggests the new discovery could be explained by the presence of gravitational waves.
The J1708-0999 system, or super-Oumuamua, is another system that has not been studied by astronomers.
It is also one that is slightly larger than Earth, and it has been detected by the Hubble Space Telescope.
Hubble detected J1701-1667, which appears to be a red dwarf with a mass about six times that of Earth.
It has an orbit of about 9,000 light-minutes.
A planet with a similar mass as Jupiter, which scientists believe orbits in the same orbit around the star, is not so easy to detect.
This object, which was discovered by a survey called the Near-Earth Object Survey, has a mass of 1.4 times that mass.
This mass makes it one of only two known objects with a radius greater than 1,000 times that in the galaxy, the other being Kepler-452.
The next closest object in the search for a planet that has mass similar to Jupiter, called KIC 8462852, orbits in a system called the Binary Dwarf Group.
The group is one tenth the mass of Earth and has an orbital period of 6.7 days.
This system is known for having two large stars, one of which orbits in its habitable zone, and the other is about twice the mass as our Sun.
The planet found by the researchers is named J1606-1851, but the team did not name the star or the planet at this time.
The new planet is named after a song written by the Beatles, who were in a band called The Beatles.
The paper notes that there are more than 500,000 stars in the sky that are likely to have a rocky planet in them.
This could explain why we don’t find many rocky planets in our own solar system.
If they did exist, we would be lucky to find a few.
“It’s a great surprise that we find one of these in our galaxy,” said lead author Dr. John Martin, an astrophysicist at the Harvard School of Arts and Sciences.
“It’s very exciting to see