When the universe expands do we expand too?

 

This is the rhetoric question about the old dilemma. Does the observer see that space or room is expanding if that observer is in the room or space? There are two possible answers. If the observer would expand as much as the room, the observer would not see the expansion, because the observer would expand as much as the room.

But if the observer would not expand with the room, that means the observer sees when the room is expanding. But let's think that the observer would expand as much as the room. Would the observer notice somehow the expansion? There is the possibility that the observer has some kind of wire, which the observer used to measure the size of the room, but the problem is that if the wire is expanding too?

What if every single atom in the room is expanding too. Or maybe the observer has the triangular measurement tool for measure the changes in the size of the room. That measurement requires that the dimensions of the room are chancing.

The simplest way is to detect the change in the size of the room and observer itself just stepping out of the room, and notice are the objects like a rock in the center of the yard outside the room getting smaller. But then we are getting in the main problem. What if the room is the universe? How we can get out of that room? And is there any kind of the fixed point, that we can use as the measurement tool?

While the universe expands every each particle inside it is expanding. At next, I will write about neutrons and protons, and how the oscillation of the quarks is happening in a larger area because the gluons are turning more elastic. So during every single oscillation, the distance of the quarks is going larger. And that thing is seen as the expansion of the material. But also quarks are turning larger until the superstrings are going straight and material is turning to wave movement.

The expansion of the Universe means that the energy level or rather say, the energy level that fills the visible universe and interacts with visible material is getting lower. The decreasing energy level means that every particle in the universe is expanding. The expansion means that the oscillation of the quarks, which are forming protons or neutrons is going to larger. Then sooner or later the movement of quarks will be stronger than the gluons, which is keeping the protons and neutrons in form.

So the expansion of the universe means that the material is also expanding. When we are thinking the universe is the ball, and we are in the ball and the ball is expanding, we might think that we are not expanding, or are we still expanding? The fact is that we might play the game that we are in the room, which is expanding 30%. And we can see that thing if we are not expanding with the room. But if we are also expanding 30% that thing means that we are not seeing that expansion.