Sompting_Seagull
Well-known member
my god, it's full of stars!
Religious people should take a look at this and question their sanity. Or maybe God did throw rocks over his shoulder or Adam bonked Eve.
Edit. Apologies for derailing thread.
The image if viewed at maximum resolution would need the equivalent of 600 HD screens!
http://www.spacetelescope.org/images/heic1502a/
Some guy has made a 'video' of the still image. https://www.youtube.com/watch?v=udAL48P5NJU
It just shows how incredibly big the Universe is!
Whenever you look up it just gets mind-boggling at the numbers and scale of things, fantastic.
Oh, and religionists are nutters, amen.
We are not alone. We can't be.
Worth visiting Herstmonceux observatory on one of their open evenings. My brain starts to hurt when they explain the inconceivable largeness of the whole thing and how tiny we are. Perhaps their is a parallell world out there where Smith DOES get his second goal?
Quite a lot of Christians agree that Genesis is made up. Rather unnecessary to drag religion into the thread.[/QUOTE
I read that as guiness first.
Worth visiting Herstmonceux observatory on one of their open evenings. My brain starts to hurt when they explain the inconceivable largeness of the whole thing and how tiny we are. Perhaps their is a parallell world out there where Smith DOES get his second goal?
Amazing. I wonder if there's a gigapixel version (one you can zoom in on like Google maps)
Reminds me of Brian (things can only get better) cox saying there's more stars in the universe than there are grains of sand on planet earth!
Ok, so dredging up my degree courses, as I recall the Andromeda Galaxy, being the largest member of our Local Group of galaxies, is about twice as big as the Milky Way, and we are due to merge at some point in the far future (10 billion years?). The average density of stars in the Milky Way is actually not as large as you'd think - the best analogy I've heard is it's equivalent of half a dozen tennis balls (representing stars) scattered across North America. However, the density does increase towards the galactic centre, so typical separations would be in the order of tens of AU's (1AU = distance between the Earth and the Sun), but this would be very close to the central supermassive black hole (at the heart of nearly every galaxy). Globular clusters (groups of old stars that orbit larger galaxies, typically around 100k of them or so) can also attain this sort of density, However, most galaxies are quite "thin", so in the aforementioned merger, it is unlikely that any star would "crash" into another, the galaxies would just merge over a period of a few hundreds of millions of years.