NameOfWhimsy
For me it was pretty gradual. In my university research a couple years ago I needed to work with the university’s supercomputer running RHEL, so I got some exposure there. At some point I put Mint on my laptop, keeping Windows on my desktop “in case I needed to do any real work”, then about a year ago I put linux* on my desktop as well. I do still have a Windows dual-boot just in case there’s some weird software I need to use, but I haven’t touched it more than once or twice since. I switched partially out of curiosity, but largely as part of an effort to de-google and de-microsoft my stuff so I’m more in control.
*distro-hopped a bit, but now am settled on EndeavourOS
I was surprised at how much you needed the terminal, but also how easy it was to use the terminal after a bit of practice. I prefer it to GUIs for a lot of things now (like git). Also, installing software from a package manager rather than going to a website and downloading it. I didn’t like that at first, but I love that concept so much more now, since I can just sudo apt upgrade and everything is up-to-date (no downloading the new version after an update).
I’m now to the point that when I do need to use a windows machine for some reason, it takes me a second to remember how things work. It’s kinda a weird feeling tbh haha
This is cool and all, but Wi-Fi and Li-Fi are equally “light-based”, it’s just using different frequencies. A higher frequency means potentially faster data transmission, but at the cost of faster attenuation. We see this with 2.4GHz vs 5GHz wifi already, and this sounds to me like a more extreme version of that
Assuming you mean a power strip like this it doesn’t really matter what you get. There’s no way you’d overload the power strip unless you have a ton of crazy high-end stuff going on (fwiw my setup is a couple mini computers, a couple monitors, and a decent midrange desktop plugged into a single power strip and the whole thing never pulls more than a few amps).
If that is a potential concern, just make sure the one you get is rated for at least the amount of current you expect to pull. Many if not most off-the-shelf strips are rated for at least 10 or 12 amps, and that’s almost always way more than enough.
I don’t have a whole lot of experience with different racks, but I did pull the plug on a 12U one recently. It surprised me how much it helped with organization and cable management. I knew it would make those easier, but it instantly solved all of my previous organizational woes.
Definitely recommend!
Just to clarify, with pigments (subtractive color mixing) the primary colors are in reality cyan, magenta, and yellow, which is why printers use CMY (and K, which is black). Blue and red are kinda close to cyan and magenta though, so those are sometimes stated as the primary colors along with yellow even though that’s not exact
It’s kinda cool (to me at least lol) how literal the terms “additive” and “subtractive” for color mixing are. With additive mixing (such as on a computer screen), you start with black and add the primary colors (RGB) in different combinations. If you add all of them you get white.
Subtractive mixing (like pigments) starts from white and “subtracts” those same RGB colors. You can think of cyan, magenta, and yellow as “minus red”, “minus green”, and “minus blue” respectively, since that’s which wavelengths thise pigments absorb. So mixing cyan and magenta for instance gives you “white (RGB) minus red minus green”, which leaves only blue.
“I thought that by stating that I would not tell lies, that I would be giving you more accurate information”
If you just believe in yourself enough, you can make anything you say true!