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8.5”

Please double click on the image to the left to load the PDF with the pattern. 381”. Surpass the diffraction limit of camera by a factor that sufficiently exceeds 2. 45”. 8.5”. 11”. Proof-of-Concept Experiment for Optics Express paper. X. Y. Raw image seen by camera 211 rows, 161 columns.

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8.5”

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  1. Please double click on the image to the left to load the PDF with the pattern 381” Surpass the diffraction limit of camera by a factor that sufficiently exceeds 2 45” 8.5” 11”

  2. Proof-of-Concept Experiment for Optics Express paper X Y Raw image seen by camera 211 rows, 161 columns 16mm 1400 x 1050

  3. Images displayed here are subject to linear contrast stretching for display purposes

  4. Zoomed in view of FT of raw image + bandpass detail

  5. Pattern might appear aliased. But it’s a Powerpoint issue !!!

  6. 381” Please double click on the above images to load the PDF with the patterns Surpass the diffraction limit of camera by a factor that exceeds 2 45” 8.5” 22”

  7. X Y Raw image seen by camera 151 rows, 415 columns Proof-of-Concept Experiment for Optics Express paper 16mm 1400 x 1050

  8. Images displayed here are subject to linear contrast stretching for display purposes

  9. Zoomed in view of FT of raw image + bandpass detail

  10. Pattern might appear aliased. But it’s a Powerpoint issue !!!

  11. Images displayed here are subject to linear contrast stretching for display purposes The tilted orientation of the fringe pattern suggests an in-plane rotation between the target and the projected image

  12. Zoomed in view of FT of raw image + bandpass detail

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