Solar system images are a rich source of information about our universe, but scientists still have to make up their minds about how the sun works.
The sun is a star, but there are other stars that are too.
The Milky Way galaxy has an estimated 7.2 billion stars.
These stars are called red dwarfs, and they have been studied for more than a century.
Now, astronomers have discovered the first red dwarf system that orbits a star.
These red dwarves are so close to their stars that they are about 500 light years from them.
The closest star is Alpha Centauri B, which is only one light year away from Earth.
Alpha Centauri A is the closest to Earth, and it is a bit further away.
The new star system orbits Alpha Centauri D, a red dwarf star about 20 light years away.
It orbits about 30% closer to its star than the Sun.
The researchers have called it the closest star system to Alpha Centauri.
The planets in the system are named for the Greek letters for stars and planets, π and πν.
The system is a sphere, and there are two suns in it.
There are two planets orbiting the sun in the orbit of Alpha Centauri, one is called Proxima Centauri and the other is called Vesta.
The two planets have similar sizes to Earth’s moon.
They are roughly half the size of the Earth.
The orbit of the sun has been known for more the last 200 years.
It was predicted that if a star goes through a period of star formation, it will make its closest approach to its parent star every 2.5 billion years.
Now the researchers have measured the positions of these two stars.
Alpha B is around 7 billion light years distant from the sun.
The distance between the star and its parent is about 1,000 light years.
The other star is about 40,000 Light-years away from Alpha Centauri and orbits Alpha C. The planet Proximatos is just a little over 6,000 times as large as Earth.
It has a radius of about 1.6 light-years and is about 200 light years across.
The scientists calculated that the planet orbits Proximo at an average distance of 6.7 million light years and has an orbital period of about 7.3 billion years and a distance of 9.2 million light- years.
This is the farthest from the Sun that any of the planets are.
They have been observed for more that 200 years, and their orbits are thought to be stable.
The red dwarf systems are very similar to the stars that we see in our solar system.
They were observed when they were much smaller, and are believed to be the result of massive collisions that happen every few billion years when stars become red dwarths.
In this case, the star in question is a red giant, which means that the mass of the star has increased by about 100 million times.
They’ve also been observed as small as 0.1 light-seconds.
The stars are in close proximity, but the distances have not been measured.
In fact, the distance between Proximal Centauri B and Alpha Centauri C is only about 100 light years, making them extremely faint.
Proxiemas stars are located about 50 million light light-s-years from Earth, which makes them relatively close.
The size of these stars is about 50 times smaller than the sun, and the distance is only 0.2 light-year.
Proxes have been the subject of many experiments, and now astronomers can observe them as they are being born.
This image shows a star being born in the red dwarf stars system.
The star is seen in the center of the image.
In the foreground, a star is rising.
The light coming from the star is also red.
The brightness of the stars is visible to the naked eye.
The image was created with the Hubble Space Telescope and the Subaru Telescope in Hawaii.