turboshadowcool

Breakout boards are common tools. They are PCBs that let you connect for example a programmable microchip on a socket to then expose its contacts to larger testpads or a USB connection. This board however has literally broken out of its ESD bag, a common plastic bag used to package electronics while protecting them from static electricity. One might say it has breached ESD confinement.

Well, I liked learning about his hobbies I guess..

I could follow everything you said up until the conclusion. If consciousness is not computational, then what is going on in our brains instead? I know of course that even neuroscientists don't know exactly, but just in broad principle. I always thought our brains are still doing computation, just with a different method to computers. I don't mean to be contrarian, I'm just genuenly curious what other kind of process could support consciousness?

So.. we do all know that USB ports tend to have a default orientation, right? Like we're all aware that plugging in a USB cable correctly is aided by the fact that electronics companies generally use the same orientation on most orientable devices and the whole "USB rotation disorientation" bit is just a big inside joke, correct? Are there actually people out there not paying attention to the orientation of their cables before they plug them in so it's just an eternal try and error for them? Maybe other countries have different standards or something because this age old bit is not making sense to me.

Aww man, this is not the follow-up I was hoping for..

Oh no, it seems the Germans have broken confinement!

Isn't it the first book in a series? I think I remember reading the whole series a while back

No idea why this is downvoted. Seems like a helpful suggestion

Thank you for pointing that out! I missed the context of the survival backpack and now it makes more sense. When you view this as more of a 'what if' for a somewhat (hopefully) fictional situation this becomes a fun challenge of creating PCBs from limited resources. I'm wondering how I might try to build a PCB under such circumstances now. I'm still not a fan of their 'urban mining' though. If anything I believe there would be better sources for silver in a disaster/post-apocalypse.

Idk, this one is weird to me. I agree that micro electronics production is not conflict free and appreciate a search for alternatives, but clay? From an engineering perspective this isn't just a bad material for PCBs, it's neigh impossible to use. How would that affect device longevity, or recyclability? Their production process is quite failure prone as they mention. Not to mention how their design is easily magnitudes larger than a comparable laminated fiber PCB. Also urban-mined is a needlessly opaque buzzword imo. They mean recycled, right? Just say so, no need for flourishes. Emphasizing that the clay is sourced from a wild forest and burned over a bonfire is meant to feel sustainable via association. There is nothing environmentally conscious about these inefficient methods and it makes this project appear amateurish. Nothing wrong with amateur attempts to help the problem, but somehow I get the feeling no one bothered to ask a PCB fab worker or repair technician along the way. More sustainable PCBs start with open source documentation and freely available replacement parts, not forest clay. Full disclosure, I read the description text on the site and (only) skimmed through the video. Feel free to correct me if I misrepresented anything.

A hero of science! We thank you!