A friend handed me out some snail shells that he had in mind for a long time to lend me. Eventually, he found 5 beautiful shells when cleaning up the basement.
The effect of the images depends strongly on the post-processing. Some of the results may not be combined in one presentation.
Here I show three images of them as dark jewels with an intrinsic undefinable light. Maybe, we are thousand miles below sea level.
Fusion imaging works with a light box. Without, too. It depends on your subject. The light images were taken with a Leica Q, pointing just in the same direction as the X-rays from below of the X-ray tube. The resolution and technology is completely sufficient for the color use.
I designed a new composition, which should allow me to have different positions of the shells in space. The surrounding snail shells serve as supports.
I wanted to take the yellow, quit radiopaque snail shell from above. So I had to rearrange the snail shells once more.
When looking at my flickr stream you may find other representations in the preceding neighborhood of this image.
This X-ray fusion image is untrue. No time during working hours to take the photograph. So I made a photo this morning at home. There are so many snail shells glued on the sphere that it is basically not noticeable if the rotation does not match exactly.
Here is my result:
The underlying structure in an image of visible light looks like this:
Today’s fun was the X-ray of a sphere of snail shells, which I found as decoration in my sister-in-law’s house. It was immediately clear to me that the spherical structure of the glued snail shells would become a great X-ray image.
The original X-ray version with a black background is dark and strong. The whole thing looks like a picture of a virus. Nobody would ever think that it was a polystyrene sphere to which snail shells had been glued.
In the inverted version, the object comes to the fore much more as an independent unit. A flu virus ? A plant seed ?