Does This Look Familiar?

Science catches up with Sins.

Just an artist's rendering of what a black hole (think "wormhole") might look like after some new observations:

 

It's deja vu all over again!

And...

When I was growing up, no one knew what a quasar could be.  Here's an actual Hubble composite image of one (showing the accretion dust ring around the supermassive blackhole at its center) focused through the gravitational lens of a galaxy and stars:

45,501 views 17 replies
Reply #1 Top

woa!

Reply #3 Top

It is known that every galaxy has a supermassive black hole at its center. A quasar is young galaxy where the supermassive back hole is still feeding, and this stops when a state of equilibrium has been reached. Galaxies would not exist without them.

Reply #4 Top

Here's a few links to very current things that have produced actual images:

http://www.dailymail.co.uk/sciencetech/article-2020186/Scientists-capture-clear-X-ray-image-flow-gas-black-hole.html

http://science.nationalgeographic.com/wallpaper/science/photos/black-holes-gallery/black-hole-wind/

http://www.ucl.ac.uk/mssl/news/mssl-news/news-sep-2011/blackholes

One of my favorite pics: http://www.sciencedaily.com/releases/2008/01/080110150936.htm and http://blackholejets.blogspot.com/2011/05/black-hole-jets.html

So far by our best counts 9 of 10 galaxies have supermassive singularities at their cores.  Some are active, some quiet, some blowing up real good.  Black holes are looking to be one of the primary means by which large galaxies are formed--gathering the matter, expelling matter and shaping the galaxies until they reach a relative equilibrium.  Who knew we are all made of star-devourer stuff.  ;)

The second picture in the first post here is a composite where supercomputers were used to take varying wavelength images and then combine them to show motion and scope.  The Hubble space telescope was focused through the gravitational lenses (space curved severely  by gravity) of opportunely placed  nearby stars and a galaxy and the curvature provided by these masses acted as a giant lens added to the Hubble--which allowed astronomers to assemble the pictures--made from actual heat and light observations--that you see above.  Sort of like adding a galaxy sized magnifying lense to the Hubble to multiply it's power.

The bright blobs surrounded by dots are the stars/galaxies used to focus and in between is the fuzzy light--that's the gas--and the brighter center--that's the quasar--focused between the gravity fields.

Reply #5 Top

*thumbs up*

Reply #6 Top

Check this out!

 

http://www.bbc.co.uk/news/science-environment-16178112

Reply #7 Top

This one from my cosmic collection. I picked this one up about two years ago from the NASA site.

Reply #8 Top

iva seen that image on those divide by zero warning labels.

Reply #9 Top

Quoting Uvah, reply 7
I picked this one up about two years ago from the NASA site.

And they have been hunting him down ever since. Turns out it was top secret. :ninja:

Reply #10 Top

Quoting Pbhead, reply 8
iva seen that image on those divide by zero warning labels.

Reply #11 Top

You guys make me giggle.  

Reply #12 Top

One does not giggle in the face of quantum singularities, sir.

Reply #13 Top

Quoting Sinperium, reply 12
One does not giggle in the face of quantum singularities, sir.

 

:P

Reply #14 Top

You can if you got spaghetti.

Reply #15 Top

I had singularity once,  took that  Milk-of-Magnesia  stuff and cleared it right up.          --Ace--

Reply #16 Top

Was that that huge whooshing sound recorded on the Richter scale. Bet it got all the way up to a 3.5. Rattled windows and everything.

Reply #17 Top

No, that was me...sorry about that.