Yes.
For example, take a look at this LoRA which is one of my favorites: https://civitai.com/models/259627/bad-quality-lora-or-sdxl
This, along with a proper model and when prompted properly, will give you photos of people who actually look like real people.
Surely someone has done a paired kinematics model to filter results by this point?
Not my field, but I figured 11 fingered people were just because it was computationally cheaper to have the ape on the other side of the keyboard hit refresh until happy.
It looks like the stock photo cover for that mandatory course you hated.
Even adding keywords like “everyday” doesn’t help. And a fear it’s going to be worse in a few years when this stuff constitutes the majority of the input.
"90s, single use camera, documentary, of anoffice worker in an open plan office, realistic, amateur photo, blurry"
Results: https://imgur.com/a/GJLqYft
Corporate accounts payable, Nina speaking. Just a moooment. https://m.youtube.com/watch?v=4s5yHUpumkY
By contrast, a "normal" random person is very easy to generate, but very difficult to keep consistent across scenes.
Try the single word prompt 'woman' and see what you get...
Have larger diffusion models gotten to synthetic training dogfooding yet?
The irony is that once we get there, we can address biases in historical data. I.e. having a training set that matches reality vs images that were captured and available ~2020.