Super Massive Black Hole

By Miss Cellania in Science & Tech on Sep 3, 2009 at 10:03 pm

Scientists have detected a black hole 12.8 billion light-years away, which means it was around when the universe was very young. This one is a billion times the size of our sun! The light from the black hole (or more correctly, from burning objects being sucked into it) has traveled so long to get to earth that its wavelengths have shifted. The process, known as redshift, help astronomers to calculate the huge distance to objects in space.

To see the supermassive black hole, the team of scientists used new red-sensitive charge-coupled devices (CCDs) installed in the Suprime-Cam camera on the Subaru telescope on Mauna Kea.

CCDs are used in many light detecting gadgets from photocopiers to bar-code readers. In astronomy they are used to collect analogue information (such as light or an electrical charge from a distant object) and convert it into digital information that can be analyzed by computer software.

Link

(image credit: University of Hawaii)


Email This Post
Tweet This Post 
Share This Post on Facebook

Tags: ,


Neat stuff from the NeatoShop:


  1. Arthur
    Sep 4th, 2009 at 8:52 am

    Really cool.
    It’s not a big deal, but the fact that light from that location has “traveled so long” to reach Earth isn’t the cause of the redshift. The same effect would have happened if the object was comparatively local to us (but still traveling in the same direction relative to us). The big difference would be the magnitude and perhaps detectability of the shift.

  2. Berick Cook
    Sep 4th, 2009 at 4:32 pm

    It’s impressive how detailed astronomical images are becoming.

    This information is, in fact, neat. Does this explain why there are glaciers melting in the dead of night?


Keep track of the comments with Comment RSS

Don't Miss: New Stuff | Bestsellers | The Cute Store
                   Funny T-Shirts

Need a gift? Get unforgettable gifts for:
Geeks | Pranksters | Kids | Hipsters | Shutterbugs

Lijit Search

Old school? Bookmark us! RSS Feed Twitter Facebook Page