A star that’s been circling the galaxy in the constellation of Sagittarius has been found to have a planet orbiting it.
The finding is the latest in a series of discoveries about Sagittarians stars, which are found around their own stars.
In the first study of its kind, researchers used the data to show that Sagittarii stars are orbiting one another and are even the same stars, making them among the closest and most distant objects in the universe.
The star is Sagittaria cephei, which is located between the stars of Sagitta and Sagittaris and is the brightest star in Sagittarian constellation, which encompasses most of the stars in the Milky Ways star cluster.
Scientists found that the star is orbiting the giant planet called Sagittarium, a planet that orbits in the same direction as the star.
This is the first time scientists have found a planet in a star that is the same size and orbits the same star.
“Sagittariuses stars are like a miniature version of our own sun,” study lead author Adam Gebhardt, a PhD candidate in astronomy at Princeton University, told New York.
“They’re also very similar to our own solar system, and so there’s a lot of overlap.
They’re like the twins of our solar system.”
The study was published online by the Monthly Notices of the Royal Astronomical Society.
“We’ve been looking at stars that are so close together that they have a common parent star,” Gebhart said.
“It turns out that they’re also pretty close together, because they have very similar orbital periods.
It’s kind of an odd thing to find out, but there’s lots of evidence for that.”
A new star that orbits the giant Sagittarini star.
Sagittarie cephibo is the only known star in the Sagittars family that orbits a large planet in the direction of its parent star, the star’s parent star.
The new star is also the brightest of the five stars that make up Sagittiruses family of stars, but its brightness is so low that astronomers aren’t sure whether it’s due to a planet or just a stray star.
Gebhard’s team noticed a strange object that they thought was a planet at the edge of the Sagitta star.
A star with the same orbital period as Sagittare cephabo is called a supergiant star, and they thought they saw something like this in Sagitta, a member of the family that includes Sagittary, Sagittator, Sagitator, and Sagitarius.
They knew that they had to look closer to see if the object was really a planet, and then they saw a faint faint signal that seemed to point to it being a planet.
The team looked at the star in its most recent year of orbit, and found that Sagitta was now orbiting Sagittaro, another supergian.
The scientists also found that these stars orbit each other.
“If the two of them are orbiting each other, they must be the same,” Gabhardt said.
They discovered that Sagitaro was a supergiant star and that Sagatti was the largest supergiants in the sky.
The supergianteens are a type of star in which they have much larger orbits than the Sun, so they are a bit cooler.
This means that Sagettarini and Sagitto are actually the same object.
It means that if you want to know what planets are out there in the cosmos, you have to look at Sagittarin stars, or Supergiants.
The stars are in Sagitto’s class, and it is one of the brightest stars in Sagitarii family.
When a star goes through its own mass extinction, the planets that are formed are stripped of their atmosphere and are ejected into space.
When they re-enter the red giant galaxy, they are thrown into the cooler atmosphere of their parent star and start forming the smaller, cooler planets.
When these planets start forming, they’re still forming, so the stars that form them are probably planets, too.
The astronomers think that the planets are a little like the way a planet’s atmosphere is made, but that the smaller planet doesn’t form in a liquid, solid, or gas-filled environment like a gas giant.
“In other words, the atmosphere on a gas-giant is not a liquid,” Gabor said.
Instead, the planet’s rocky surface has a liquid water layer on it that makes it easier for it to form.
In this case, the rocky surface of the planet is made up of water ice and rock.
In other words: It has a much higher percentage of water than the surface of a gas planet, but the atmosphere is still made up mostly of water.
“A planet’s surface is just a little bit like a