posted on Nov, 15 2010 @ 12:28 PM
Originally posted by etcorngods
reply to post by AgentSmith
The Object also stays in the same relative position to the SUN -- and to Space.
Woah there! Just put down the finger cymbals a minute and try and concentrate. I'll show you frame by frame:
Does it still look like the 'object' is in the same position relative to the sun when the sensor reorientates? No, of course it doesn't, it's in the
same position relative to the
frame and that's because it's an
artifact in the imaging system.
Another point worth noting is that the time frame of the video is over weeks, the artifact has been present since the beginning and will be there
until the instrument fails.
The entire archive is here:
lasp.colorado.edu...
reply to post by ahumanbeing
No don't worry my friend! It's definately not a black hole and there definately is no black hole anywhere near our solar system
When we talk about our cosmic 'neighbourhood' the distances involved are usually still vast.
In the case of the black hole in question, it is actually in another galaxy to ours and approximately 50,000,000 light years away. It's special
because it is so young, or to be specific the data gathered from it is. The data being gathered is from only 30 years after it's creation, though
because it is 5*10^7 light years away it is actually that amount in years older than we perceive it obviously! Definately nothing to worry about, the
supermassive blackhole in our own galaxy is a lot nearer and I suspect there are other normal blackholes that are too
A black hole will not
completely 'suck in' everything either, which is a common misconception. It is only after you go past the event horizon which is based at the
schwarzschild radius of the original star then there is no escape even for light. Objects such as planets can quite happily orbit a blackhole as they
would a star, which most people don't even realise.
edit on 15-11-2010 by AgentSmith because: Spelling
edit on 15-11-2010 by
AgentSmith because: (no reason given)