<p>In addition to Count Iblis wonderful answer, consider that supernovae in other galaxies <strong>can sometimes be seen with low-powered binoculars</strong>. I seem to remember mention of a naked-eye extra-galactic supernova, but I cannot find the reference.</p>

CC BY-SA 3.0
2014-10-13T02:18:05.497Z
SNe are not stars.
Py-ser
CC BY-SA 3.0
2014-10-13T07:09:06.223Z
In what way is a SN not a star? You could argue that a SN is a short-lived phase of a star, and I would agree with that. But for purpose of this discussion, in which the asker is interested in seeing spheres of fusing elements in other galaxies, a SN fits the description.
dotancohen
CC BY-SA 3.0
2014-10-13T10:27:58.847Z
A supernova is a process, an event, not an object. Supernova Remnants are objects.
Py-ser
CC BY-SA 3.0
2014-10-13T11:05:15.317Z
An event that occurs to a _star_.
dotancohen
CC BY-SA 3.0
2014-10-13T12:04:23.963Z
@dotancohen After which the object is *not* a star. Also, it's more likely you'd see supernova remnants than actual supernovae.
HDE 226868
CC BY-SA 3.0
2014-10-12T19:21:50.340Z
2014-10-12T19:21:50.340Z
dotancohen
<p>Yes, Edwin Hubble did that for the first time in 1919. Before that time, it was thought that the galaxies we can observe were just nearby gas nebulae located inside our Milky Way. But Hubble was able to resolve the nearby galaxies like the Andromeda nebula into individual stars. By measuring the brightness of so-called Cepheid variable stars, he was able to calculate the distance to the Andromeda galaxy. Here one uses the fact that the total power radiated by the star is related to the period of the brightness oscillations, so by observing such stars you can deduce the distance to these stars and hence the distance to the galaxy. But later it was found that there were two different types of Cepheid stars and the wrong relation had been used; the distances were actually about twice as large.</p>

CC BY-SA 3.0
2014-10-03T21:49:56.697Z
2014-10-04T18:00:01.010Z
2014-10-04T18:00:01.010Z
Count Iblis
<p>Just wondering if we can examine individual stars from other galaxies, or if we are pretty much stuck with the billions that are in the Milky Way?</p>

<star><galaxy>
Can we see individual stars in other galaxies?
Scottie
# Can we see individual stars in other galaxies?

(Asked by: username_0 on 2014-10-03)

Just wondering if we can examine individual stars from other galaxies, or if we are pretty much stuck with the billions that are in the Milky Way?

**Tags:** star, galaxy


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## 2 answers

### Answer by username_4 on 2014-10-03. Score: 8 | Accepted answer

Yes, Edwin Hubble did that for the first time in 1919. Before that time, it was thought that the galaxies we can observe were just nearby gas nebulae located inside our Milky Way. But Hubble was able to resolve the nearby galaxies like the Andromeda nebula into individual stars. By measuring the brightness of so-called Cepheid variable stars, he was able to calculate the distance to the Andromeda galaxy. Here one uses the fact that the total power radiated by the star is related to the period of the brightness oscillations, so by observing such stars you can deduce the distance to these stars and hence the distance to the galaxy. But later it was found that there were two different types of Cepheid stars and the wrong relation had been used; the distances were actually about twice as large.


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### Answer by username_1 on 2014-10-12. Score: 2

In addition to username_4 wonderful answer, consider that supernovae in other galaxies **can sometimes be seen with low-powered binoculars**. I seem to remember mention of a naked-eye extra-galactic supernova, but I cannot find the reference.

> **Comments:**
> **username_2**: SNe are not stars.  
> **username_1**: In what way is a SN not a star? You could argue that a SN is a short-lived phase of a star, and I would agree with that. But for purpose of this discussion, in which the asker is interested in seeing spheres of fusing elements in other galaxies, a SN fits the description.  
> **username_2**: A supernova is a process, an event, not an object. Supernova Remnants are objects.  
> **username_1**: An event that occurs to a _star_.  
> **username_3**: @username_1 After which the object is *not* a star. Also, it's more likely you'd see supernova remnants than actual supernovae.  

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