Having daily driven Windows (~6 years growing up), MacOS (8+ years for work), Linux (~18 years on personal and (some) work machines), and ChromeOS (~2 years, on a cheap Chromebook used while I was traveling places I didn’t want to take an expensive machine), if my options were Windows, MacOS, or ChromeOS, I would 100% take ChromeOS. Even on cheap hardware, it was a better user experience than the others… Though I will caveat that with: when I had to do work that required heavy lifting, I remoted into my Linux desktop. But that was a hardware limitation, rather than a software limitation.

For people who know what they’re doing, I recommend traditional Linux. For those who don’t, I recommend ChromeOS. Mac and Windows are both also run by mega corps, they’re all spying on users… at least ChromeOS is performant and stable.

Do you know if this means desktop Linux apps in general will no longer be supported?

https://youtu.be/RY-NF_7R-pk?t=9m23s

This video is great at showing non-colorblind people what some colorblind see. The woman’s son is colorblind, so she does a little interview with him, to ask him how he picks out certain colors. They also take some pictures and run them through a filter that demonstrates how he sees - to a non-colorblind person, the difference is obvious, but he struggles to tell the difference, indicating the filter does a good job of showing what he sees.

The gang must have let Charlie make the sign again.

Worth noting is that “good” database design evolved over time (https://en.wikipedia.org/wiki/Database_normalization). If anything was setup pre-1970s, they wouldn’t have even had the conception of the normal forms used to cut down on data duplication. And even after they were defined, it would have been quite a while before the concepts trickled down from acedmemia to the engineers actually setting up the databases in production.

On top of that, name to SSN is a many-to-many relationship - a single person can legally change their name, and may have to apply for a new SSN (e.g. in the case of identity theft). So even in a well normalized database, when you query the data in a “useful” form (e.g. results include name and SSN), it’s probably going to appear as if there are multiple people using the same SSN, as well as multiple SSNs assigned to the same person.