Dry skin is hundreds of thousands of ohms. Even wet skin has pretty good resistance. When you touch a 9v to your tongue, you’re starting to mess around with lower resistance flesh, it is definitely not a comfortable thing to do.
The metal ring doesn’t do anything to move more electricity into your body, but it soaks every electron the battery can push and turns it into heat. Best I can figure it would amount to a few watts, which would be toasty if you were holding it between your fingers. The septum is a thin piece of flesh, I think it would sauté pretty quickly.
Were they marvels, though? Itanium made good business sense in that it would cut AMD out of the market, but it was shit technology. Itanium would have also done a good job of cutting GCC out of the compiler market, which is great news for ICC. If everybody had to buy Intel compilers, boy that would have changed the software market.
You shouldn’t be making the compiler guess at conditions-on-the-ground that the CPU should be inferring itself, such as “which data dependencies are in cache and could be running OOO right now?”. You shouldn’t be making the compiler spend instructions and memory bandwidth describing this stuff. You shouldn’t be making code that works well on exactly one generation of CPU, one pipeline design, and is trash on the next generation. Once upon a time, MIPS saved a few gates by making three “delay slots” part of the ISA, and that became an albatross as soon as they weren’t a three stage pipeline. Itanium is all about making that kind of design decision everywhere. Itanium is the Microsoft Word of ISAs, where the spec is “whatever my implementation does is the correct thing”
The immediate failure of the Itanium was the promise that “you are buying a new, more expensive system that runs your current x86 code worse”, and the expectation was that every generation of Itanium would go like that. Just as your software starts getting good, here comes the new chip that will someday make stuff faster, but you will never see that until just about the end of that product cycle.
You can get an N100 mini system for about $150. Pay a little more to get (the intel enforced maximum) 16GB mem. I have a Beelink Mini S and it’s perfectly fine.
Keep an eye on thermals with s-tui. You could down-throttle the processor with tlp. At some point you’ll probably have to deal with the thermal-transfer pad being bad or whatever, that is never a fun job on a laptop.
Go watch Die Hard, The Day Of The Jackal, Rope, Seven Samurai, The Martian. It is possible to write a movie that isn’t moved forward by passing around the idiot ball. Characters can take reasonable actions, and still have stuff go wrong and have to take new reasonable actions to adjust.
Look, I love spaghettification porn as much as the next guy, but Loki was a mess. The story was gobbldygook. I could not see any good interpretation of all the stuff about purifying non-übermensch timelines. The Wilson / Hiddleston chemistry was great, really that’s the only reason to keep watching.
On the plus side, snaps also crap your system log full of petty little AppArmor events. And when snap gets its permissions wrong, you can easily fix it with SnapSeal.
(If Flatpak would just fucking stop rewriting every file path as /var/run/1000/blah, it would be the unquestionably superior package tech)