Only downside I've encountered using W10 IoT LTSC is that I had the temporarily change the currentbuild key (HKLM\SOFTWARE\Microsoft\Windows NT\CurrentVersion) in registry to 19045 to be able to install docker and WSL2.
Focal length wouldn't even be an issue if the photographer was taking the photos from the same position. The fish-eye effect is literally because the photographer is closer. Cropping a photo with a different focal length will give the same composition and difference will be the distortion introduced by the camera and the image processing.
Assuming that they're capable of changing the wing angle of attack, they seem to be doing the same motions that dragonfly wings make during flight, including take-off. Here is a slow motion video of one taking off (note the vertical motion of the wings): https://www.youtube.com/watch?v=KOc8WTzMljw
You'd be better off with an engine specifically designed to be efficient. Turbines are great at many things, but they are complex and don't scale down very well. They were primarily used where high torque and power is required, and they just aren't practical outside of that.
A better option would be a constant speed ICE engine running at it's peak efficiency (like a diesel-electric train).
The only thing that I could find was from 2017, where phonearena were apparently re-injecting ads using WebRTC to bypass adblocking. So perhaps you are using an old blocklist such as this: https://s3.amazonaws.com/lists.disconnect.me/simple_ad.txt.
This article makes one assumption without justification and then follows it to a wrong conclusion.
When bees sting other insects they can sting them multiple times, like a wasp. If you give them time a bee will usually be able to work it's stinger out of you and go on it's merry way. Their stingers just happen to get stuck in skin.
The article says that they're biconcave, which means that the thinnest part of the lens is in the centre (similar to a red blood cell). For high-myopia lenses, they often remove the lens material away from the centre to limit the maximum thickness at the expense of reducing the field of view. The resulting surface is usually left unpolished, but the lens underneath will still bend light, resulting in the circular patterns you mentioned. In this case a very large amount of material is removed as they would be impossible to use with a conventional frame otherwise. The alternative would be to use glasses with very small lenses.
Inline whitespace summation at the same time as mathematical operations seems like a problem. I don't think that there's a standard order of operation for that sort of thing.
If you want to store you passwords locally, then at least use something like Keepass or KeepassXC. It's far from a perfect solution as it's still vulnerable to targeted attacks when it's being used if your computer is compromised. But at least they're not store in plain text. Also password auto-typing and generation are nice to have.
You can sync the encrypted files to your phone or other computers.
I just wish that they'd add a text or symbol in the top of the global and local dynamic filtering boxes. Every single time that I use it I have to look up which one's which, because it isn't obvious and I can't remember.
That reminds me of a quote about chlorine trifluoride:
"...It can be kept in some of the ordinary structural metals—steel, copper, aluminum, etc.—because of the formation of a thin film of insoluble metal fluoride that protects the bulk of the metal ... If, however, this coat is melted or scrubbed off, and has no chance to reform, the operator is confronted with the problem of coping with a metal-fluorine fire. For dealing with this situation, I have always recommended a good pair of running shoes."