Believe it or not ! Microsoft creates 1 terapixels, 802 GB sized image
Quote:
Look at the picture above. It is a toned-down, 500x500 pixel version of an iconic picture. Had we had the audacity (or the facility!) to put up the full blown picture that this actually is, it would have taken you a couple of years to load this page on your normal broadband connection. One terapixels, yes, 1,000,000,000,000 pixels displaying the sky in all its glory and taking up a whopping 802 GB of disk space.
A gigantic effort (literally!) by Microsoft, this picture of the night sky is the largest and the clearest ever. Under the Terapixel project, 1791 pairs of complementary red-blue captures were stitched, thanks to image data from telescopes in California and Australia collected under the Digitized Sky Survey during the past 50 years.
To know the extent of the huge-ness of this picture, gulp this - To view it in all its glory (read pixels), you would need 500,000 High Definition TVs in a grid. Even if you take the higher-DPI route of printing, the photo would be the size of a soccer field.
According to Microsoft, this is the recipe behind the Terapixel photo:
Image data was computed, or digitized, from the plates that were created directly from the telescopes. This raw data was processed by a computer cluster using 512 computer cores (How many does your ‘ultimate gaming-rig’ use? 4 huh?). According to Microsoft, this took about half-a-day. Sounds deflated, if you ask us.
The red and blue complementary pictures were then combined and the pictures were then touched up to correct the variations in brightness, colour saturation, noise and vignetting (darkening of corners). Three hours. Impressive again. We bet those computers weren't running Vista.
It took four hours then as the images were converted into the seamless panorama of beautiful stars.
A gigantic effort (literally!) by Microsoft, this picture of the night sky is the largest and the clearest ever. Under the Terapixel project, 1791 pairs of complementary red-blue captures were stitched, thanks to image data from telescopes in California and Australia collected under the Digitized Sky Survey during the past 50 years.
To know the extent of the huge-ness of this picture, gulp this - To view it in all its glory (read pixels), you would need 500,000 High Definition TVs in a grid. Even if you take the higher-DPI route of printing, the photo would be the size of a soccer field.
According to Microsoft, this is the recipe behind the Terapixel photo:
Image data was computed, or digitized, from the plates that were created directly from the telescopes. This raw data was processed by a computer cluster using 512 computer cores (How many does your ‘ultimate gaming-rig’ use? 4 huh?). According to Microsoft, this took about half-a-day. Sounds deflated, if you ask us.
The red and blue complementary pictures were then combined and the pictures were then touched up to correct the variations in brightness, colour saturation, noise and vignetting (darkening of corners). Three hours. Impressive again. We bet those computers weren't running Vista.
It took four hours then as the images were converted into the seamless panorama of beautiful stars.
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