I was always intrigued by the number of angels in the sky. I never understood the reason behind the number, but when I was growing up I thought there might be more angels than there actually were.
I don’t think there are any angels in the sky, but the universe is actually very big. There are billions of stars in our universe, and each and every one is made up of billions of stars. So just by looking at the stars, you will get a pretty good idea of how big the universe is.
The fact is that the universe is very, very big, and the way we measure the universe is by looking at the stars. Each and every star is made up of billions of stars, so each star is made up of a billion stars. So by looking at the stars, you can calculate the universe’s size.
So if I were to look at a particular star, say for example the one that is called the brightest star in our galaxy, I could find out the universe size that that particular star is made up of. But what that would give me is not the universe size, but rather a “big” universe, which is not necessarily a good thing. There are just hundreds of billions of stars, so I could find out that universe that is about 10,000 times bigger than our own.
But what if there was a universe bigger than our own? Well, our universe is about 1.5 billion years old, so I can deduce that it must have been made up of lots of smaller universes about a billion years ago. The universe that we live in is only 1.5 billion years old, but the universe that we live in has had only 9.8 billion years to evolve.
Yeah, that’s a very bad, sad, and sad thought. But there is a simple reason that our universe came to be: it was the first universe.
The universe that we live in started out as a singularity, a point of no return. But as time went on, larger and larger ‘numbers’ started to appear in our universe, and so it had to start again. It started with a number called the Planck number that was 3×1010 times smaller than everything else, but it was very special because it was, well, bigger than everything else.
The Planck number is a measure of the energy available to the universe. The higher the number, the more energy there is available to the universe. And the Planck number was the first universe to have its first major event. This was an event that is so rare that it came out of nowhere. This event was when a black hole was born. This event is so rare that it came out of nowhere.
To quote the planck number: “It is the number of the smallest object or process that can be detected by a measuring instrument.” It goes on to say the number was even smaller than the Planck number and it was the smallest number of energy ever produced in the universe. (The Planck length is 1.6×1017 meters.
What happens is that a black hole forms in a supermassive black hole. This process is so rare that it came out of nowhere. We’re talking about the smallest object in the universe and it’s so rare that it came out of nowhere. That’s what it means that black holes are strange.