What is the medium?
In general, you can fix any exposed- or printed-out silver-halide material (as far as I know), and you'd probably want to.
Sodium thiosulfate is the primary component of popular fixers, but you can get it without the fillers if you have a reason to.
BUT -- we'd really like to see the cool image first!
hi aaron
if it works the same way a black and white solar graph works ..
the image is a stain on the surface of the paper. i have done similar things
with black and white paper ... fixing it bleached the image and made it vanish,
contact printing was not easy, the image turned grey as light passed through it ,,
scanning it worked OK but the image turned grey as the beam passed over it
i never gold toned it and fixed it .. and i have no idea if there is a way to tone color paper -
cool image btw !
john
Yeah, don't fix it! 3 months literally down the drain...
POP papers were usually gold toned. And since it is b&w paper, I would try to tone it before doing anything else.
Here's a completely theoretical suggestion; what if there was someway to transfer the image chemically to a new sheet of paper. For instance, carbro tissues were "exposed" by bringing a fixed out b&w print into intimate contact with the gelatin tissue in the presence of a carbro bleach. Granted, there are some problems here; for one your print is not fixed, therefore, are the image-bearing silvers in halide or metallic form?? Secondly, we're talking about gelatin tissues, and so that's a PITA. I guess my point is, there could be some way to transfer the image into a fixable form. Just thinking aloud... probably better stick with toning...
Sodium thiosulfate is fixer and I seriously think your image will completely disappear.
The carbro idea was just a "throwing it out there" kinda thing... I don't think it would even work in this case.
But it's possible that a similar mechanism might exist in the annals of photography.
Toning would certainly change the color, but to be toned there must be metallic silver. I think that light has the ability to make a silver halide "adsorb a speck of metallic silver", in the parlance of old photo books. Just like a printing out paper. But then by that reasoning, it should be fixable. So to be honest, I really don't know. I wish you luck!!
If you can figure out a good way to fix the image, then we can use outdated paper for POP purposes and actually have a permanent image.
unfortunately there is no way to fix these ephemeral images.
it is one of the things we learned from Nicéphore Niépce
i thought with all this modern-stuff and modern ideas
and modern technology and forward thinkers thinking backwards
that i too would learn of ways to make these things light safe ..
if HE only had a scan-machine photography as we know it would be totally different
aaron
regular dilution for sodium thiosulphate is 24%
so 24g / 100cc of water or 240 / 1000cc ( 1L ) water.
the more you dilute it, the longer you will need to soak your
prints in it, and the more of a chance they will have of vanishing
have fun!
john
Before you do anything though, set them up and photograph them with colour film. You can reproduce them from there and hang them on the wall.
Before you do anything though, set them up and photograph them with colour film. You can reproduce them from there and hang them on the wall.
Thanks John, I suppose I'll just have to keep my solargraph images locked up in a black box somewhere. Then it turns into "What's the point of having them in there if you can't take them out and show them to people?" - hahah.
Simple, just decrease the focal length. Use a can with a smaller diameter, like a tomato-paste can.
I think of focal length like this; if you're standing 10 feet from a window, looking outside, you see a fairly limited view of the outdoor scene. This represents a long lens. But if your face is pressed right up against the glass you can see a great deal more, nearly 180°, this represents a wide angle lens.
If you've ever been in a camera obscura room and held a piece of tracing paper up to the virtual image, you can see that by being closer to the aperture you get a very wide angle view of what's outside.
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?