To: LibWhacker
I’d be interested in the internal gravitational dynamics of these things.
2 posted on
08/04/2015 10:00:43 PM PDT by
grey_whiskers
(The opinions are solely those of the author and are subject to change without notice.)
To: LibWhacker
Imagine what our night sky would look like if its stellar density was a million times greater than it is now.
A lot more love songs would be written! :)
3 posted on
08/04/2015 10:06:24 PM PDT by
rikkir
(You can lead a horde to knowledge but you can't make them think. (TnkU ctdonath2))
To: LibWhacker
They should ‘splode real good at some point.
4 posted on
08/04/2015 10:26:09 PM PDT by
Noumenon
(Resistance. Restoration. Retribution.)
To: LibWhacker
Habitability would need a careful study, but my initial thought is that M85-HCC1 in particular would be hazardous because of blasts of high-energy radiation from explosions such as supernova, he responded. M85-HCC1 should be forming an unusual number of exotic binary star systems including white dwarfs, neutron stars, and black holes that are prone to energetic outbursts, and when these outbursts do occur, they would be much closer by on average.
Gamma ray bursts are powerful enough to wipe out life on planets in different systems light years away. It has been theorized that a gamma ray burst caused a mass extinction here on Earth. In fact, one study estimates that life cannot exist anywhere except for the outer rims of the galaxies, because the density of the stars at the centers of galaxies increases the number of gamma ray bursts a planet will experience.
This galaxy is so dense it must be sterile.
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