The universe has unique center after all->

In summary, Hubble's research suggests that the red shift in every point of the universe is the same, indicating that the universe expands equally in all directions. This leads to the logical consequence that every point of the universe should be its center, similar to a pumping balloon. However, there is actually a unique center in the universe, which is the common equilibrium point between all the matter. This can be calculated using the formula M_1D_1=M_2D_2 and can be extended to all the matter in the universe. The data we have may suggest that we are at the center of the universe, but there are other interpretations that are considered more logical.
  • #1
deda
185
0
Hubble's reseach claims that the red shift in every point of the universe is same thus the universe expands same in every direction. As a logical consequence every point of the universe should be its center. So the universe should look like pumping baloon but...

It's not quite like that!
The universe has unique center after all.
It's the common equilibrium point between all the matter.Look:
If we have two masses M_1 and M_2 we can find their equi. point thanks to [tex]M_1D_1=M_2D_2[/tex] where [tex]D=D_1+D_2[/tex] is the total distance between them two. Now if we append the system with M_3 we sholud thread the equi. point of M_1 and M_2 as their common representer. This equi point has M_1+M_2 mass and the new common equi point can be found thanks to [tex](M_1+M_2)D_{12}=M_3D_3[/tex]. It's like finding the weigth center of massive object. We can append the whole process to all the matter if we have enough info for it and in the end we will end up with the unique center of the whole matter/universe.
 
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  • #2
The data we have could be interpreted to show us at the center of the universe, but it doesn't have to be. There are other (and generally considered more logical) interpretations.
 
  • #3
deda,

Think about what your process would produce as a "center of the universe" for masses distributed in a balloon: the final point you get not only depends on where you started, but also on the order in which you added each lump of matter during the calculation.

Good try though.
 

What is the concept of a unique center in the universe?

The concept of a unique center in the universe refers to the idea that there is a specific point or location in the universe that is considered to be the center of all matter and energy. This center is thought to be the origin point of the Big Bang and the source of all expansion in the universe.

Is there evidence to support the idea of a unique center in the universe?

While there is no concrete evidence to prove the existence of a unique center in the universe, there are some observations that suggest the possibility. For example, the cosmic microwave background radiation appears to be evenly distributed in all directions, which could suggest a central point of origin.

What are some alternative theories to a unique center in the universe?

Some alternative theories to a unique center in the universe include the concept of a multiverse, where there are multiple universes with their own centers, or the idea of a constantly expanding and infinite universe with no center at all.

How does the concept of a unique center in the universe relate to the theory of relativity?

The theory of relativity states that there is no absolute frame of reference in the universe, meaning that there is no specific point that can be considered the center. This challenges the idea of a unique center in the universe and supports the concept of a constantly expanding and infinite universe.

What impact does the idea of a unique center in the universe have on scientific research and understanding of the universe?

The idea of a unique center in the universe has sparked many debates and discussions among scientists and has led to further exploration and research into the origins and structure of the universe. It also challenges our understanding of the universe and forces us to question our current theories and models.

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