Originally posted by Michael Piziak It just seems like all the photos of the world and Universe have already been taken by someone else.
Maybe from the point of view of documenting natural history subjects, which is similar to what people seem to have in mind when they say photography will be made redundant by AI.
Nevertheless, there are plenty of
practical uses that are not covered by existing stock photos. For example I tinker with stuff (including camera repairs) and post pictures related to technical problems on relevant forums (garden machinery is one) and neither I nor AI are going to be able come up with pictures of (for example) the broken part I have without my getting up and taking an actual photo of it.
However, if you regard photography as an artistic activity, the number of different compositions is, for practical purposes, infinite, so there will always be new pleasing compositions, just as composers keep coming up with new melodies despite the far more limited range of notes at their disposal. The number of possible different pictures on a 36 Mb sensor or screen in 24-bit true color (16,777,216 variations), is 16,777,216 raised to the power of 36 million, and my pocket calculator is not big enough to find the answer to that. You could get your printer started on it now, although the universe will finish before it does, and while most of those pictures will look like grey sludge, there will be vast numbers of gems in there - the Mona Lisa for example (and zillions of better variations of her), plus all of Ansel Adams' stuff, and yours, and mine too.
The photo below, which I recently posted larger on the K-1 picture thread, features a thorn tree. But I was not intending to document a thorn tree, but instead was intending to record a scene. I'm very sure no-one else has, or will ever, capture this particular scene, not least because it was taken from a viewpoint in brambly undergrowth, in a wood that hardly anyone else ever visits, in a rather remote location; and on top of that there is the particular time of year and light.