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01/11/2006 09:11:27 PM · #1 |
Here is today's Hubble News item, release of a 1 billion pixel image of M42, the great nebula in Orion. Awesome stuff.
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01/11/2006 09:12:38 PM · #2 |
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01/11/2006 09:15:45 PM · #3 |
Well, OK, they count their pixels a little like Sigma. The full resolution image is 18000x18000, so about 324 million pixels, or 1 billion pixels if you include each discrete channel. Still an awesome image.
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01/11/2006 09:18:27 PM · #4 |
I grabbed the 6000x6000 just to take a closer look. Sheesh, that's some camera they got there. Didn't even see any sensor dust. |
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01/11/2006 09:20:18 PM · #5 |
Anybody who thinks they have the gift of interpreting ghostly images in photos, grab a high res version of this shot and have a field day. I think I saw Jesus, Moses, John Lennon and Eric Clapton. |
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01/11/2006 09:21:23 PM · #6 |
Originally posted by strangeghost: I grabbed the 6000x6000 just to take a closer look. Sheesh, that's some camera they got there. Didn't even see any sensor dust. |
I'm currently trying to grab the full-res version, and getting about 200 kilobits/s on a 3 megabit connection, LOL. Guess it's a popular image!
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01/11/2006 09:24:18 PM · #7 |
Makes awesome wallpaper.
Thanks for the link amazing stuff. |
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01/11/2006 09:30:10 PM · #8 |
i'm getting under 6kb/s on 10mbit... :-/
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01/11/2006 09:31:41 PM · #9 |
Originally posted by kyebosh: i'm getting under 6kb/s on 10mbit... :-/ |
Quit hoggin' my bandwidth, LOL!
Edit: Ahh, done! I donate my 23K/s to you...
Message edited by author 2006-01-11 21:32:26.
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01/11/2006 09:38:17 PM · #10 |
Wow, pretty awesome picture. Apparently it's a combination of 520 photos - crazy stuff.
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01/11/2006 09:39:31 PM · #11 |
Good lord, I just opened the full res image up, it's simply too beautiful for words. The detail, even at 100% magnification, is incredible.
Hmmm, I could have this printed 5 feet square at 300 dpi, LOL.
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01/11/2006 09:44:23 PM · #12 |
Originally posted by kirbic: I could have this printed 5 feet square at 300 dpi, LOL. |
Don't let your 5D hear that ;)
He might get jealous and think that his performance isn't up to par...
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01/11/2006 09:46:18 PM · #13 |
yeah 18000 pixels on one side begs to be printed :-D
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01/11/2006 09:50:53 PM · #14 |
Strangeghost, I wasn't aware that we had accurate photographic profiles of Jesus and Moses to see what they actually looked like...
Unless you have found a link that I don't have?
BTW. If they are running 3 colour channels per pixel, it really does contain as much information as an equialent 1 gigapixel camera when comparing to Canon or something.
It could just be run through the same kind of pixel interpolator that is used in that type of camera and come out nice and large. Need to do it with a RAW though.
Fun stuff. Why do those guys always get the fun toys to play with. I'd be willing to mount a 1 gigapixel camera to a 5 ton truck and drive around.... maybe...
Don't let your 5d get toooooo embarrassed though, this is actually a composite mosaic taken in 105 passes and using multiple camera types (presumably for different spectrums) to make it.
105 passes would likely make 105x12MP= 1.26 gigapixels from a 5D. Wouldn't be very fun stitching them together with the Canon stitch program though...
Message edited by author 2006-01-11 21:59:11. |
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01/11/2006 09:56:34 PM · #15 |
oh btw this resolution reminds me of the 32mb picture of hitler's army i have but that's only about 15000 x 3400 pixels.
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01/11/2006 10:06:37 PM · #16 |
Any body see the Dinasour head far right of image half way down ?
Wicked shot !
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01/11/2006 10:07:59 PM · #17 |
Originally posted by strangeghost: Anybody who thinks they have the gift of interpreting ghostly images in photos, grab a high res version of this shot and have a field day. I think I saw Jesus, Moses, John Lennon and Eric Clapton. |
I saw Elvis!!! |
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01/11/2006 10:13:52 PM · #18 |
if there was any OOPS challenge in 1990s, NASA would have won it.
When they sent the hubble first pictures were all blurred, it was discovered that the lense just can not focus. Then after three years a repair mission went and repaired it. It was pretty interesting story.
Originally posted by strangeghost: I grabbed the 6000x6000 just to take a closer look. Sheesh, that's some camera they got there. Didn't even see any sensor dust. |
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01/11/2006 10:17:15 PM · #19 |
Originally posted by zxaar: if there was any OOPS challenge in 1990s, NASA would have won it.
When they sent the hubble first pictures were all blurred, it was discovered that the lense just can not focus. Then after three years a repair mission went and repaired it. It was pretty interesting story.
Originally posted by strangeghost: I grabbed the 6000x6000 just to take a closer look. Sheesh, that's some camera they got there. Didn't even see any sensor dust. | |
If I remember correctly ,they compared it to giving it a pair of glasses !
Edit typos
Message edited by author 2006-01-11 22:46:45. |
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01/11/2006 10:34:07 PM · #20 |
actually they calibrated the lense by a calicbration machine (obviously), any way this calibration machine has a honeycomb structure on it, so the rays from this honeycomb sturcture sent to the lense for calibration.
The calibration process took months.
when they found the problem, to their luck, the calibration machine was not moved ( lense was made in early 80s and we are talking in early 90s now),
The honeybomb structure was made up of small elements of around 1 inch length. just 1 mm area equiv. paint or coat from one of these element came off. And this caused wrong callibration of the lense.
Originally posted by RANDOD300: Originally posted by zxaar: if there was any OOPS challenge in 1990s, NASA would have won it.
When they sent the hubble first pictures were all blurred, it was discovered that the lense just can not focus. Then after three years a repair mission went and repaired it. It was pretty interesting story.
Originally posted by strangeghost: I grabbed the 6000x6000 just to take a closer look. Sheesh, that's some camera they got there. Didn't even see any sensor dust. | |
If I remember correctly ,they compared to it to giving it a pair of glasses ! |
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01/11/2006 10:40:46 PM · #21 |
Replace "lense" with "mirror" and you've got it about right. The initial fix was an optical system that corrected the spherical aberration of the main mirror called COSTAR (Corrective Optics Space Telescope Axial Replacement). COSTAR was later removed when all subsequent Hubble cameras had the corrective optics built in. |
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01/11/2006 10:43:21 PM · #22 |
i used lense because that sounds okey with photog. you are correct.
Originally posted by strangeghost: Replace "lense" with "mirror" and you've got it about right. The initial fix was an optical system that corrected the spherical aberration of the main mirror called COSTAR (Corrective Optics Space Telescope Axial Replacement). COSTAR was later removed when all subsequent Hubble cameras had the corrective optics built in. |
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01/11/2006 10:46:48 PM · #23 |
woa.. takes your breath away
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01/11/2006 10:49:35 PM · #24 |
Just downloaded the 1 gig version.....
Its just so incredible. I can stare at it all day.
Just imagine..much of that light is millions of years old...civilizations have risen and fallen...whole galaxies have formed when that light first started its journey to us...incredible
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01/11/2006 10:56:08 PM · #25 |
Originally posted by strangeghost: Sheesh, that's some camera they got there. Didn't even see any sensor dust. |
One of the many advantages of shooting in a vacuum. Makes it harder to breathe though ... |
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