Fons Wils 0301
I repeat: an infinite mass or energy, a course of time that has come to a halt, and an independence of space. Now, we also have to look at the universe, and what its properties are. One of the strangest things we see in the universe today is that 4% of the matter we know in the universe is radiating matter, ie. the matter that we all know, that is composed of particles, quarks, electrons, and photons. So this is radiating matter. But that is only 4% of the known matter in the universe.
Next, we see that we have to presuppose that there is 23% of dark matter, and that there is 73% of dark energy. What does this mean, and where does it come from?
This (ie. radiating matter) is what we see. We see that there are galaxies. The galaxy where we live in, the Milky Way, has about one billion stars. But it is a small galaxy. Most galaxies have 150 to 200 billion stars. So 150 billion stars makes one galaxy. How many galaxies are there in the universe? 126 billion galaxies. That means that those 4% is equal to this (ie. 150 billion stars x 126 billion galaxies). That is alot of matter! But what do we also see, that is that those galaxies are going to move in a certain way, and that the way they move is influenced by matter that we can't see, which is surrounding those galaxies. And it is by the way the galaxies move that we can calculate that this kind of matter has to be there.