This is a great example of how physics can explain something we can’t explain and a great example of why science is fun. The gravitational wave detection is a fascinating thing, but it is just one of those things that people can’t explain.
The detection of gravitational waves is a bit of a mystery. It’s even more mysterious because it involves a lot of unknowns. The first time a gravitational wave was detected was in 1995, and the only way we can know for sure that it wasn’t just some weird cosmic coincidence is if the source of the waves is still unknown.
It is still mysterious, but the gravitational wave detection is the best thing in the world. The amount of energy in these waves is so much that it can be measured and used to make extremely accurate predictions about the movements of stars. These predictions will help astronomers get a very accurate idea of how fast the universe is expanding. It’s a very, very powerful thing to know that we are not alone.
Well, we don’t know for sure, but it’s definitely possible that the source of these gravitational waves is one of the most dense objects ever found. That would be a pretty rare occurrence, as almost any massive object would have to be massive enough (about the mass of the Earth) to generate gravity waves. We now know that our galaxy is probably not the only one with a black hole at its core, but this does suggest that there may be more denser objects out there.
While this was originally thought to be an artifact due to the presence of some kind of supernova remnant, this new theory suggests that this object may actually be a black hole, the size of which is a thousand times the mass of the sun. A black hole is a type of supermassive black hole that exists within a galaxy, and it is theorized to be the source of the gravitational waves we are hearing about.
The fact that this is a black hole is actually interesting because it gives us a clue as to why you might not notice that you’ve been in a gravitational wave event. Because your “body mass” is being pushed away from you and into the black hole, so your “light speed” is being slowed. This means that you should notice that you are moving away from your body and towards the black hole.
The thing about gravity waves is that the speed of your body is slowing, but your light speed is slowing too. The thing about gravity waves is that as you go from one black hole to the next, you are slowing your light speed by the same amount. This means that you should be noticing that you are speeding towards the black hole as well, but you might not.
You might not because if your eyes were glued to your body, you would see a much faster acceleration towards the black hole. That is because gravity is a force that acts on all matter. If you’re a very small mass, gravity acts at a much lower rate and slows you down. For the human body, gravity is a much slower force, so it only applies force on you. The faster you move away from your body, the slower your light speed is.
We found evidence of a black hole at the center of a galaxy that appears to have been speeding away from us. The black hole is speeding towards the center of the galaxy and is so very far away that it would take over 50 million years for gravity to get to it. Thats about the same time that we would be on our planet, so that means a black hole is speeding away from us.
The universe is full of black holes. It’s not a black hole that you can see or measure, but rather a black hole that you can’t see or measure. This is because black holes are so massive that the very fabric of space and time itself is changing. We are seeing gravitational waves now, but it might be decades before gravitational waves are detected and measured.
