As the name suggests, this is a space that is both underground and above the surface of the earth. The cave nebula is located in the Orion nebula, which is a star cluster, and some suggest that it is a supernova remnant.
It’s not a supernova but you can see the dark center of it in this image. The Orion nebula is one of the brightest objects in our night sky at night, and is considered one of the most distant objects in the universe. It’s also a star cluster, as we can see here.
A star cluster is not a nebula, which is a cloud of gas that has a dark center. Rather, a star cluster is a huge collection of hundreds of stars all clustered together in a single area. This dark center is called a supernova remnant. The Orion nebula is one of the brightest objects in our night sky at night, and is considered one of the most distant objects in the universe.
As one of the most distant objects in the universe, the Orion nebula is a star cluster located in the southern skies. It is easily visible to the naked eye, but because it is so far away from us, it is virtually invisible for most of the night. As it gets very close to the Earth, the Orion nebula shines brilliantly in the sky, creating a bright glow that is like a star.
As a result of the close proximity to the Earth, the Orion nebula, which is located in the Southern Hemisphere, is also referred to as a “cave nebula.” It is one tiny little star cluster. It’s about the size of our moon and contains about 100 stars that are as bright as our sun. It’s also incredibly faint, which means that it is extremely difficult to see in the night sky.
The Orion nebula has not been seen by human eyes since its last discovery about 500 years ago. However, the stars in that particular part of the sky are all over the place, and you can tell by the number and brightness of the stars that you are looking at the Orion nebula.
Cave nebulas are one of the most elusive objects in the universe. They are incredibly fascinating to study because many different theories exist as to what makes them so fascinating. As far as we know, the only type of star that is capable of forming a cave nebula is a red dwarf. And red dwarfs don’t form any cave nebulas.
Cave nebulas are extremely rare. However, some scientists are starting to theorize that they may be the result of a nearby supernova. It is possible that the same thing that caused a few nearby supernovas to create a few of their own may have caused a few cave nebulae to form. This kind of thinking could have some serious implications for how we think of the universe in general.
In the next few paragraphs, we’ll talk about some science-y theories about the cause of some distant supernovas and how they might have created the universe. We’ll also look at some possible theories about how the universe might have formed, as well as what might have caused a supernova to explode at all.
A really interesting article I found on the internet is here. It’s by Dr. Paul Davies, an astrophysicist and author of the book Supernovae and Cosmology.