In this July 4, 2017, photo, a star in an extremely rare constellation called the 13th constellation of Orion is seen in a photo from the space station NASA.
The constellation, 13th, is in the constellation Orion, the Greek word for “good”.
The 13th is considered the most massive star in our galaxy, at more than 7,000 times the mass of the sun.
It was discovered in 2005.
Astronomers have discovered 13 constellants that contain stars with similar mass.
They’re called supergiant stars, and they’re thought to be rare.
But this star is the only one with a mass equal to or greater than the Sun.
It is the star with the most mass at its heart.
The star is 13,000 light-years away.
Astronomer Tom Wigley has spent years searching for the star, hoping it would provide clues about the origin of our solar system.
But Wigleys search has led him to this strange new star.
“I was really surprised to see it in the photo.
I mean, I’d never seen anything like this,” he said.
“You know, it was a little weird to be in the area of Orion that was closest to the Sun and yet I was in the very middle of the Sun’s magnetic field.
Wigkins search has also led him down a path to an unusual star system, the Zodiac Star Constellations. “
It’s a little bit of a surprise, but it’s something that is very, very rare.”
Wigkins search has also led him down a path to an unusual star system, the Zodiac Star Constellations.
Astronomy experts say the constellation of 13 stars contains at least four stars that are about 1,000 to 2,000 kilometres in diameter.
But it is also possible that this constellation is more like the constellation with the brightest star in Orion, called Alpha Centauri B, which is about 7,600 light-hours across.
The two stars, called the Wolf, and the Centaur, are both very bright, with the Wolf about 2,600 kilometres in radius and the centaur about 2.2 million kilometres in orbit.
“This constellation is really interesting because it’s just really rare to find this type of star in a large star cluster,” Wigbys said.
The zodiac constellation was discovered by an amateur astronomer in 1998.
It has been named after the Roman astronomer who discovered it, the astronomer who first used the name of his star to describe it.
Wigys first telescope image was taken in 2005 when he was studying an image from a telescope on the International Space Station.
Wigs original telescope image, which was taken from a camera mounted on the Hubble Space Telescope, was taken during a trip to a remote area of Australia in August 2006.
He said the telescope was located on the top of Mount Everest, in a region called the High Camp, where the temperature is about -55 degrees Celsius.
He used a camera called the Very Large Telescope.
“What I was doing there was trying to get the best possible view of the sky, to see how the sun is shining,” Wigs said.
WIGGYS SOLAR SYSTEMS SITE Astronomers say the 13,500 light-year distance between the Wolf and Centaur is not unusual for stars in the Zetas constellation.
Astronomos researchers say the distances between stars in this constellation are more typical for stars around the Sun than between stars outside the Solar System.
They also say this constellation contains two other stars that have the same mass and are also located within this constellation.
The Zetans Zetan, or star in motion, stars are very bright and have a very large mass.
Astronomical astronomers call these star systems the “Zetan” or the “star in motion”.
The Zeta is the name given to the constellation that contains the Wolf.
Astronologists have also determined that the star that Wigkes discovered is a member of the Zeta constellation, although its exact nature is unknown.
The astronomers believe the Wolf is a supergusting star that is constantly burning hydrogen in the form of radioactive elements in its core.
Astronometrics expert Tom Wigs is a professor of astronomy at the University of Victoria.
He says the Wolf was discovered using a telescope mounted on a small space capsule that was launched from the International Spaceport in Florida.
He has been searching for this supergustering star since 2006.
“We have had to make numerous, many, many corrections to the image to get it to look as good as we want it to,” he told CBC News.
“So this is an example of what can happen when we are really careful.
We try and make the right adjustments and we try to find the right thing, and then the result is something that we can use as a reference for understanding.”
The Wolf has been found using a camera on a spacecraft that was sent to the International Airport in Anchorage, Alaska, to collect images of the Earth