<p>Simple answe would be No.<br>
Why? Because these galaxies are also moving away from each other.<br>
I.e. if these galaxies are moving towards the same point, then distance between them should decrease. Which is not the case.</p>

<p>Nice question though.</p>

CC BY-SA 3.0
2014-02-04T13:27:36.480Z
2014-02-04T13:27:36.480Z
Vivek
<p>As has been pointed out the expansion of the galaxies is seen in all directions. But there is other evidence to support theory of cosmic expansion - such as the red shift in the cosmic microwave background (CMB). The CMB is the radiation left over from a specific event - the moment when the primeval fireball's temperature dropped sufficiently to allow the stable recombination of electrons and protons into hydrogen atoms.</p>

<p>That happened when the universe's temperature (and remember this was a relatively smooth plasma so this happened more or less everywhere at the same time) fell to about 4000K</p>

<p>But the CMB we see today has been so redshifted that the CMB looks like the signature of an event that took place at a temperature of about 3K - the reason is that the universe has expanded by so much (in all directions) that the radiation from the CMB has been "stretched" into these much longer wavelengths on its journey to us.</p>

CC BY-SA 3.0
2014-02-05T13:43:24.953Z
2014-02-05T14:21:31.580Z
2014-02-05T14:21:31.580Z
adrianmcmenamin
<p>Galaxies are moving away from us in every direction.</p>

<p>If it were like your race, galaxies at our same distance from the central point will be slowly approximating. That is, we will note that galaxies nearer to the center than us will move away from us (since they are faster), galaxies in the opposite side of the sky will move away from us (since they are slower), and galaxies in the plane that lies between these two point will be slowly approximating to us (since we converge with them to the same point at the same speed).</p>

<p>So the answer is no, that is not a possibility.</p>

CC BY-SA 3.0
2016-10-06T15:51:12.953Z
TBC, it's only a possibility if, by incredible coincidence, we are at the center of everything.
Fattie
CC BY-SA 3.0
2014-02-04T15:19:14.733Z
2014-02-04T15:19:14.733Z
Envite
<p>I just read that according to the BBT the universe is expanding. This is evident from the fact that distant stars (and galaxies) are moving away from us. But it could also happen that the universe is in fact shrinking to a very small point and we being far away from the point are experiencing its pull less than those that are near it. It may be like a race where a very fast (in 1st place) , a moderately fast (in 2nd place) and a slow car (at last) are racing . To the moderately fast car it would seem that the other two are moving away from it,but actually they all are moving towards the same point -the end. So it may happen that earth is like the moderately fast car moving towards the collapse point at a different relative speed. Is this proposition possible? If not,why?</p>

CC BY-SA 3.0
2015-01-24T23:32:19.283Z
I would also like to add that not only is the Universe expanding but that the rate of expansion is speeding up as well. Instead of slowing down the expansion is going even faster . It is thought that "Dark Energy" is causing the expansion to speed up.
Peter U
<universe>
Can there be a 2nd possibility deduced from the fact that galaxies are moving away from us?
N.H Blue
# Can there be a 2nd possibility deduced from the fact that galaxies are moving away from us?

(Asked by: username_0 on 2014-02-04)

I just read that according to the BBT the universe is expanding. This is evident from the fact that distant stars (and galaxies) are moving away from us. But it could also happen that the universe is in fact shrinking to a very small point and we being far away from the point are experiencing its pull less than those that are near it. It may be like a race where a very fast (in 1st place) , a moderately fast (in 2nd place) and a slow car (at last) are racing . To the moderately fast car it would seem that the other two are moving away from it,but actually they all are moving towards the same point -the end. So it may happen that earth is like the moderately fast car moving towards the collapse point at a different relative speed. Is this proposition possible? If not,why?

**Tags:** universe
> **Comments:**
> **username_1**: I would also like to add that not only is the Universe expanding but that the rate of expansion is speeding up as well. Instead of slowing down the expansion is going even faster . It is thought that "Dark Energy" is causing the expansion to speed up.  

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## 3 answers

### Answer by username_4 on 2014-02-04. Score: 6 | Accepted answer

Galaxies are moving away from us in every direction.

If it were like your race, galaxies at our same distance from the central point will be slowly approximating. That is, we will note that galaxies nearer to the center than us will move away from us (since they are faster), galaxies in the opposite side of the sky will move away from us (since they are slower), and galaxies in the plane that lies between these two point will be slowly approximating to us (since we converge with them to the same point at the same speed).

So the answer is no, that is not a possibility.

> **Comments:**
> **username_5**: TBC, it's only a possibility if, by incredible coincidence, we are at the center of everything.  

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### Answer by username_2 on 2014-02-04. Score: 2

Simple answe would be No.  
Why? Because these galaxies are also moving away from each other.  
I.e. if these galaxies are moving towards the same point, then distance between them should decrease. Which is not the case.

Nice question though.


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### Answer by username_3 on 2014-02-05. Score: 1

As has been pointed out the expansion of the galaxies is seen in all directions. But there is other evidence to support theory of cosmic expansion - such as the red shift in the cosmic microwave background (CMB). The CMB is the radiation left over from a specific event - the moment when the primeval fireball's temperature dropped sufficiently to allow the stable recombination of electrons and protons into hydrogen atoms.

That happened when the universe's temperature (and remember this was a relatively smooth plasma so this happened more or less everywhere at the same time) fell to about 4000K

But the CMB we see today has been so redshifted that the CMB looks like the signature of an event that took place at a temperature of about 3K - the reason is that the universe has expanded by so much (in all directions) that the radiation from the CMB has been "stretched" into these much longer wavelengths on its journey to us.


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