# The Untimely Infinite Universe (Pt. 4)

On Time

Throughout I have been attacking the boundaries of space, now I plan to go after the other portion of the fourth dimension: time. There are two divisions of time I will discuss: Radial/Rotational and Linear. Radial Time is the way we measure time by years or even minutes. Radial time is usually subjective. This is usually measured by rotation such as the earth rotating around the sun. The second is Linear Time. This is a more absolute type of time measured abstractly by past, present, and future. We usually suggest Linear time begins at the Big Bang.

There is a problem with Radial time: it is rotational and subjective. We cannot find a universal way to measure time. For example, if we were on an electron we would measure time by rotations around the nucleus. However, different atoms wouldn’t have the same time and even different electrons may have different times. We measure rotational time by Earth’s rotation around the sun. But if we were to move outside the solar system, we would not be able to use this as the basis. So we may consider measuring the sun’s rotation around the center of the Milky Way. But it keeps on going outward and two problems arise. One, when we get to a certain level, we cannot be sure that they orbit anything, so there is no way to measure time. The second problem is due to the infinite nature of space. As stated in the last section, there is no center. The center will always have to be moved proportionally and subjectively.  You cannot measure time by the rotation around a ‘not center’.

Linear time is not so assured either. There are two possible problems.  Even if we assume that the big bang (which also assumes a center) is the absolute beginning, we still suffer a problem. The problem is that the big bang is an expansion event, it has the opposite effect of gravity- it pushes things away. So if something were to be there, it would not orbit it. If nothing were to orbit it, how would time happen? I may concede that time happens, the passing of one moment to another does happen. We definitely would not be able to measure it, but it may still happen. Time is solely a change within the dimension in space. Time would be measured because Object A would move from Point 1 (the place where the big bang took place) to Point 2 (the place where expansion moved Object A) and has a memory of Point 1. We would still be able to measure time in abstract terms such as ‘past’, ‘present’, and future, just not using concrete terms such as 1 year. However, as was stated earlier, there has always been something and never solely nothing. With that we should accept that the instance of the big bang wasn’t something being transformed from nothing, but probably the change of something into another form of something or just an expansion of the original something.

If you have bought my previous premises though, you should concede that there is no ‘beginning’. If you accepted my premise towards the start of this article that only something exists, then there has always been a something and never a nothing. If you have also accepted the fact that there is no center, then it should be clear that Linear time does not exist. There is no center point to measure movement from. There is no beginning to measure a starting point from. Therefore, there is no time.