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This is my second attempt at doing a micro-gigapan using an optical microscope and a computer controlled xyz stage. I think the magnification is near 200x. I managed to reduce the vignetting considerably, though it is still somewhat apparent in the unfocused background. Compare the optical to the scanning electron m...
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This is the first attempt at a micro gigapan using an optical microscope with a digitally controlled xyz stage (Prior Scientific Instruments ProScan H29XYZE controller). I think the magnification is around 200x. The camera attached to the microscope was a Cannon G5 IS. I'm having some trouble getting the camera vie...
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This photograph was constructed from 7,584 individual photographs using a new prototype macro photography robotic system. The technology combines focus stacking, stitching, and a robotic photo rig to create each gigapixel macro photograph. We look forward to developing collaborations and partnerships that will help us ...
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- Moth by Molly Gibson
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This is the top half of a moth magnified 800x using the scanning electron micoscope. This is 195 pictures stitched together using the gigapan stitcher.
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- Ant by Chris Bartley
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This is an ant, as seen through a scanning electron microscope (SEM). The SEM images were taken by Janet Steven and Gabriel Lane on an AMRAY 1810 scanning electron microscope at Sweet Briar College. The specimen was sputter-coated for 60 sec with Au/Pd at 50 mTorr and 40 mamp. Imaging was done at 3 KV. This panorama w...
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This is a piece of a sand dollar, as seen through a scanning electron microscope (SEM). The SEM images were taken by Janet Steven and Gabriel Lane on an AMRAY 1810 scanning electron microscope at Sweet Briar College. The specimen was sputter-coated for 60 sec with Au/Pd at 50 mTorr and 40 mamp. Imaging was done at 3 KV...
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