Some interesting points to consider for anyone who understands these kind of studies....
Some quotes from the sites members:
No idea, but distance wrong
Posted by Dr. Gottfried Beyvers September 12, 2008 At 08:57 AM PDT
I don't know what that object might be, but I do know that you gave the wrong distance of the cluster CL 1432.5+3332.8 ! Its redshift is 1.112; the cosmology calculators then tell us that its proper distance is now 11.7 billion lightyears and that the distance at emission was 5.54 billion lightyears. The number you report (8.2 billion) is the light travel TIME! S&T has had a good record of giving correct cosmological distances, please do continue that. Light travel time multiplied by the speed of light is NO useful distance parameter.Thank you! I've edited the text to clarify that the "distance" is given as the light travel time. This is widely used, actually, since this version of cosmological "distance" says the most useful things about what we are actually viewing -- not what we _would_ see if we had a God's-eye view and could see "now" at infinite speed, Einstein be damned. Nor what we would see if we traveled back in time and looked at infinite speed from then. Anyway, thanks for the clarification. Alan MacRobert
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Mystery Object
Posted by Tom Buchanan September 12, 2008 At 02:09 PM PDT
I read the paper and examined the spectrum. Five absorption lines were found, two of which were tentatively identified as hydrogen and one as sodium. The two remaining mystery lines are at 5360 and 6330 angstroms. I suggest that the 6330 line is Fe X, which shows up in the flash spectrum of a total solar eclipse at 6374 angstroms. The value 6374 appears to fit the trough in the spectrum better than the 6330 value marked on the chart. Perhaps the 5360 result is caused by some other ionized atoms. I examined all flash spectra I have, including three I took, and those published in S & T (October 1973, p. 221; and August 1970, p. 79). I could find no trace of any unusual line at 5360. The apparent absence of the hydrogen-alpha line might be because the absorption cancels out the emission, especially in a spectrum of low resolution. This situation occurs in some stars.
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My Guess
Posted by Alan C September 15, 2008 At 02:12 AM PDT
The light curve strongly suggests gravitational lensing, while the broad absorption bands suggest a rapidly rotating cloud of gas. Perhaps there is a black hole or other dense object which lenses the light from a star or galaxy, and this has an accretion disk of gas and dust which produces the absorption bands. I don't know if this model can be made to fit all of the more subtle features of the observations but I think it might explain the gross features. If this is correct then it is not actually a new class of object at all.
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more in above link....must stop...head hurts...
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Mod Edit: Added 'ex' tags
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[edit on 15/9/2008 by Badge01]






or a opening of this dimension to another universe. It said it got brighter over 100 days then faded the same
amount of time. Or it could be something a mundane as ....maybe GOD farted.