An objective of the present invention is that, when displaying and enabling comparative interpretation of a plurality of stereoscopic images relating to a common subject, etc., said images are displayed with the sense of depth of each stereoscopic image aligned. Provided is a radiographic image capture and display system which photographs the common subject as a plurality of images having mutual parallax, carrying out the photography n times for a given subject (where 2 = n), and displays n stereoscopic images (41, 42), each formed from a plurality of images (ML1, MR1 (ML2, MR2))) such that said stereoscopic images may be comparatively interpreted. The system associates the parallax of the plurality of images (ML1, MR1 (ML2, MR2)) with the plurality of images (ML1, MR1 (ML2, MR2)) and stores same in a memory means. When displaying the stereoscopic images (41, 42) on a display means (3B), the system applies a pixel shifting process, on the basis of the stored parallax, to the plurality of images (ML1, MR1) that generate at least one of the n stereoscopic images, shifting in a direction such that the parallax of the plurality of images approaches the parallax between the plurality of images (ML2, MR2) that generate another stereoscopic image.
RADIOGRAPHIC IMAGE CAPTURE AND DISPLAY METHOD AND SYSTEM