I think it's a great example of the phrase "took many cooks in the kitchen spoil the broth". For any given editing task you want, there are like 5 different modules that all do basically different variations on the same thing, and each one has quirks that presumably only make sense to the original author of that module.
I don't know if it's "real" or not but between work and my personal life I've got decision fatigue. Help make decisions. Especially about non-important ones that feel important at the time.
It was pretty fascinating. I ended up doing a fair bit of independent research on the topic to see if it was just same sales BS or a known psychological phenomenon, and it turns out it's a well-known branch of psychology/sociology. (Not necessarily related to the Decision Fatigue / Ego Depletion theory which has been tough to replicate, but is probably true in some respect).
Coincidentally enough, I took that education to my next job, which was waiting tables, and it held up there very well. The key, in my opinion, is actually being deeply knowledgeable about the product so your recommendations are authentic. Bonus points if you use the product.
I wonder what kind of mansions they live in, because I've seen the same 20something dude have like 5 different washing machines and 7 different fridges at home =)
It seems like some table choices are better for the customer, some are better for the server. As a customer I like to be away from the other tables and the server wants everyone together in a noisy clump.
“Allow the illusion of choice”.
0. https://www.usatoday.com/story/money/columnist/2018/07/31/br...
1. https://mediaroom.iese.edu/new-research-shows-why-the-human-...
Though of course deep sky photographers do actually just this - many exposures composited together - but then we are talking about subjects so dim you need effective exposures of 30 minutes or so.
A bit of a digression but the reason why phones need so many exposures to get a decent low light image is due to their sensors/optics being relatively poor at low light. You would only need a small fraction of the exposures from a modern pro-grade camera to generate a comparable final image. This also lets you capture objects in motion in low light far, far better since you can get your required image data in a smaller temporal window.
This assumes the (typically Gaussian) noise is applied to a static image. Arguably, one could exploit the slight shakiness in a handheld shot to create an image with even less noise.
As a thought experiment, consider thousands of shots of a perfectly static scene made with an idealized, noiseless camera that is moved a very tiny amount for each shot. You could continue improving the resolution of a generated, composite image quite a bit until warping due to camera displacement became noticeable.
Recent techniques like this are actually being used for cryo-electron microscopy to create extremely high-resolution imaging of proteins.