They have far less failure points. Also, the AUR. None of them have anything remotely like that, which is also a big stability issue, but hey, it's bleeding edge, so you should be prepared for that.
Debian is more or less like RHEL/Rocky... with RHEL being even more stable and taking even less risks. They update only if they have to and only security related issues. Otherwise, RHEL is feature fixed. You have to upgrade to a new version to get a new set of libraries and applications. Debian... yeah, they're also feature fixed, but they sometimes update certain things that are required by most users, since Debian is also considered a desktop distro, not just a server distro.
If you actually measure voltages (I have), you'll find out that that is not always true... in some cases, yes, in most cases, no. Depends from MB manufacturer and model. AMD chipsets usually allow this and the declared settings are what you can actually measure on the board. Intel though... nah, way too many failsafes in place to let you do whatever you want, even though the firmware will report that you've set it a certain way (Vcore = 2V, as in your case).
Windows has dll hell... so basically, to ge around this, some tools statically link by default. It's not an ideal solution, but it works most of the time... and regarding how unmainatained a Windows install might be (old installs, like Win7) or how badly updated/upgraded it might be (newer installs, Win10 and 11), I guess it is the only choice you actually have to make your app run on as many Windows systems as possible.
So, what you're saying is, bacteria can'g get stuck in brushes... I say that's not true. Bacteria can live in almost anything.