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Originally posted by thesneakiod
how can a UFO survive the intense heat from the sun?
Originally posted by KKinsane2009
youtube says "video contains a malformed URL ID"
those whatever they are would be as big/bigger than earth judging by their size in comparison to the sun. also there was an R2 radio blackout that day, and theres another today Space Weather NOW
Originally posted by spolvil
Another consideration would be the heat/radiation that would have to be withstood just to park up by the sun!!
Originally posted by Mr Mask
Originally posted by kyle43
reply to post by Mr Mask
Anyways...so...you do know those x-ray orbs look smaller, are different in shape and seem to show "many more" orbs (if that is what we are calling them)then the other pictures.
Just telling you...your case is weak...you need more data, proof and much more then what "nothing" you have here.
Originally posted by TrueBrit
reply to post by TrueBrit
Many people are swearing point blank that the objects you are seeing are hot pixels and artifacts from the lense used.
Originally posted by STFUPPERCUTTER
im just wondering why in 2010 peopel still think nasa is using cameras that continuosly produce artifacts and errors in every image.
Originally posted by ALLis0NE
Do you realise that these are pictures of the Sun? Think about it, the Sun is a giant light bulb shooting light out in every odd direction. The ray's of light from the Sun are NOT all uniform, or similar. Some ray's are more intense than others.
Pointing a light detector (camera) at the SUN will give you specks of light at many different intensities and sizes.
That is what you see in the images....
Then add compression... and that makes it look bigger and or more odd.
Nothing to see here.... like you, I wish there was.
The STEREO space weather beacon telemetry mode is a very low rate, highly compressed data stream broadcast by the spacecraft 24 hours per day. These data are used for space weather forecasting. Because of the large compression factors used, these beacon images are of much lower quality than the actual science data.