Given how often younger people find my typing speed startling, I think it has been somewhat forgotten (US high schools had "keyboarding" classes at one point but that seems to have fallen off...)
Seriously agree. I am wildly overeducated and I often think the most useful class I ever took in high school was my senior year elective for a typing class. On old IBM typewriters. And the only class I took in high school with non-honors kids. Typing insanely fast, especially for someone who is a fast thinker, is a bit of a magic power in itself.
Yeah, betterplace made it from 2008 (wired) to 2013 (bankruptcy.) Nio is trying again and it looks like they hit wired in 2018, again in 2023, and are still active today...
https://www.thedecafproject.com/ (Dec 2024) let you order matching swiss water, CO₂, and Ethyl Acetate (sugar cane byproduct) decaffeinated coffee from the same batches of beans. The EPA banned methylene chloride earlier in that year, but because of toxicity to workers, not because of risk from the resulting coffee itself (and it looks like the FDA didn't ban it.) So I guess you couldn't make decaf with it in the US but you could probably still import and sell it?
Color photos existed but color film and processing was very expensive (and while mono film development "middle school student can do at home" for a generation, home color work wasn't a thing until late 80s/early 90s as far as I recall.) So in practice, I personally have childhood pics of my dad with his mom and sister - that were shot black and white but colorized by being hand painted, and this was pretty common...
From using Okidata printers back in the day, a "tall" lower case g really does look bad in running text. (The similarity to the e is a little troublesome, but I don't have a fix for that...)
Yeah, the article seems to have missed the likely biggest reason that this is the popular x86 idiom - that it was already the popular 8080/Z80 idiom from the CP/M era, and there's a direct line (and a bunch of early 8086 DOS applications were mechanically translated assembly code, so while they are "different" architectures they're still solidly related.)
The graphs towards the end were discharge curves for a single transistor/capacitor cell out of only 16 present, if I understood correctly? So "enough cells to count as memory" and "addressing logic" are definitely future work (it looked like he wanted to characterize what the refresh cycle would have to look like before actually building more.) I was kind of surprised that the "use a microscope as a photolithography projector" approach worked at all, it will be interesting to see how that scales up...
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