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Why you continue down this path when every hour more NASA reps are claiming it ISN'T a cosmic ray is beyond me.
tsurfer2000h
reply to post by Miniscuzz
Why you continue down this path when every hour more NASA reps are claiming it ISN'T a cosmic ray is beyond me.
Care to provide something that backs up that statement?
Even your link to NBC News says that Mr. Malik isn't ruling out a cosmic ray strike.
.you'll see that JPL isn't leaning towards a Cosmic Ray.
Wrong. When a Physicist at JPL or NASA say "not leaning", that's the same as you or I saying "definitely not".
JPL imaging specialists with the MSL mission have now weighed in on these images. “In the thousands of images we’ve received from Curiosity, we see ones with bright spots nearly every week,” said Justin Maki in a press release from JPL. Maki is leader of the team that built and operates the Navigation Camera. “These can be caused by cosmic-ray hits or sunlight glinting from rock surfaces, as the most likely explanations.”
bottleslingguy
that's a good point. did you answer my question about why the fuzzy part was on top?
Phage
reply to post by AnarchoCapitalist
Why would it appear in only one image of a stereo pair?
By the way, plasma discharges such as this can traverse the surface and most often appear at ridge lines.
No. But which physicist at JPL or NASA said "not leaning?"
When a Physicist at JPL or NASA say "not leaning", that's the same as you or I saying "definitely not".
Do you realize that there isn't even a mathematical equation with enough gobbledygook in it to provide us with some sort of odds of that happening?
Phage
bottleslingguy
that's a good point. did you answer my question about why the fuzzy part was on top?
Phage
reply to post by AnarchoCapitalist
Why would it appear in only one image of a stereo pair?
By the way, plasma discharges such as this can traverse the surface and most often appear at ridge lines.
Fuzzy part?
Two things about this image.
1) Cosmic rays can oversaturate a pixel causing a "bleeding" effect to the adjacent pixels.
2) The image is a jpeg image. Jpeg compression manipulates brightness values.
edit on 4/8/2014 by Phage because: (no reason given)
Yes, I did. Blooming can be mitigated with software but it cannot be removed. Removing it would remove data.
The onboard computer using ICER will not allow for bleeding. Did you even read the specs?
Phage
reply to post by Miniscuzz
Do you realize that there isn't even a mathematical equation with enough gobbledygook in it to provide us with some sort of odds of that happening?
You don't seem to understand that the probabilities are quite easy to calculate.
Can you provide a source for your claim that radiation is a thousand times greater on Mars than it is on Earth? Such a source may provide information about flux levels for cosmic ray energies sufficient to produce effects on the CCDs.edit on 4/8/2014 by Phage because: (no reason given)
Phage
reply to post by Miniscuzz
Yes, I did. Blooming can be mitigated with software but it cannot be removed. Removing it would remove data.
The onboard computer using ICER will not allow for bleeding. Did you even read the specs?
Did you not see the example of blooming occurring? Here it is again, at the bottom center:
mars.jpl.nasa.gov...
edit on 4/8/2014 by Phage because: (no reason given)
I differ to your expertise then sir. Please calculate the odds that the only man made object running on Mars was hit by a cosmic ray in one 1/2" spot on April 2nd causing pixelation, and on the next day (April 3rd), yet another cosmic ray hit the exact same 1/2" spot while in a different position, angle, and still produced the exact same event.
The blooming on your picture is from direct sunlight hitting the aluminum housing...not from some cosmic ray.