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Why did they change the pictures?
Why did they change the pictures? Isn't this supposed to be science? It's not some glamour shot on Facebook......
Originally posted by DJW001
reply to post by PlanetXisHERE
Why did they change the pictures? Isn't this supposed to be science? It's not some glamour shot on Facebook......
They didn't change the picture. The second image is the same as the first in higher resolution. You are given your choice of different versions based on how much bandwidth you want to use.
I find it quite humorous how many on here are so quick to tell me what I'm seeing and not seeing, I'm here to learn but I also have multiple University degrees in science, have traveled around the world and lived in other countries, sold a successful business by my mid-thirties, and yet I cannot tell the difference from a straight line with continuous width from one that does not have continuous width?
Originally posted by DJW001
By the way, there are other sources you can used to corroborate solar observations, you know. I don't see any X-shaped laser beams here, do you?
howard.astro.ucla.edu...
obs.astro.ucla.edu...
I can tell the difference between doctored and high resolution.
NASA's Solar Dynamics Observatory recorded the extreme ultraviolet flash:
Originally posted by PlanetXisHERE
Originally posted by DJW001
reply to post by PlanetXisHERE
Why did they change the pictures? Isn't this supposed to be science? It's not some glamour shot on Facebook......
They didn't change the picture. The second image is the same as the first in higher resolution. You are given your choice of different versions based on how much bandwidth you want to use.
I find it quite humorous how many on here are so quick to tell me what I'm seeing and not seeing, I'm here to learn but I also have multiple University degrees in science, have traveled around the world and lived in other countries, sold a successful business by my mid-thirties, and yet I cannot tell the difference from a straight line with continuous width from one that does not have continuous width?
Glare is caused by a significant ratio of luminance between the task (that which is being looked at) and the glare source. Factors such as the angle between the task and the glare source and eye adaptation have significant impacts on the experience of glare.
Would be interesting to see the originals.
This image, captured by the Solar Dynamics Observatory, shows the M5.3 class solar flare that peaked on July 4, 2012, at 5:55 AM EDT. The flare is shown in the 131 Angstrom wavelength, a wavelength that is particularly good for capturing the radiation emitted from flares. The wavelength is typically colorized in teal as shown here.
Originally posted by PlanetXisHERE
reply to post by DenyObfuscation
So, if everything about this "flare" is normal, why is the Space Weather image now heavily photoshopped and changed from the original image? The new image alters the pencil thin/laser like appearance of the original image. What are they trying to hide? Anyone who believes what NASA is feeding them is truly gullible.
Here is the original image:
Here is the "new" image on space weather (from the video):
If you can't spot the difference I cannot help you, and will leave you to your soon to be determined fate/karma.edit on 7-7-2012 by PlanetXisHERE because: addendum
Originally posted by InhaleExhale
If you can't spot the difference I cannot help you, and will leave you to your soon to be determined fate/karma
Would you please hurry up and post your ultimate planet X thread and please stop using a threatening tone telling posters that see differently from you.
that X-flare looked too highly ordered to be anything natural
Originally posted by PlanetXisHERE
Anyway, I'm afraid we're all going to have to agree to disagree - that X-flare looked too highly ordered to be anything natural - just like the triangle on the Sun.
Originally posted by eriktheawful
Originally posted by PlanetXisHERE
Anyway, I'm afraid we're all going to have to agree to disagree - that X-flare looked too highly ordered to be anything natural - just like the triangle on the Sun.
Wait. I'm confused now.
What you see for the flare looks too highly ordered to you.
But the deffraction spikes in the starfield picture I posted do not look highly ordered to you?
Could you explain why that is?edit on 8-7-2012 by eriktheawful because: (no reason given)
Originally posted by DenyObfuscation
reply to post by PlanetXisHERE
that X-flare looked too highly ordered to be anything natural
What do you think it is then?
So, if everything about this "flare" is normal, why is the Space Weather image now heavily photoshopped and changed from the original image? The new image alters the pencil thin/laser like appearance of the original image. What are they trying to hide? Anyone who believes what NASA is feeding them is truly gullible.