Making Microchips at Home - Cooking with Jeri Part1

i think the word learning is a misnomer here, the term learning in itself is dubious enough look to the best line, and i'd argue one of the most important ideas to ingestively portray to a mainstream population, in 2008 cinema, also an argument could be made to increase that reach.. perhaps in the last decade, century, however hyperbolically you care to extend the reach.. from the film burn after reading(i): CIA Superior: What did we learn, Palmer? CIA Officer: I don't know, sir. CIA Superior: I don't fuckin' know either. I guess we learned not to do it again. CIA Officer: Yes, sir. CIA Superior: I'm fucked if I know what we did. i think what victor is suggesting here would aide moreso in efforts to improve understanding than facilitate a traditional understanding of learning when quantum mechanics was young there was a sudden rush of interest in quantum understanding and one of the modes of expressing improvements in that understanding was to create models(ii) sometimes completely replacing old models, if i remember victor even says bohrs name in relation to this concept this i think is the sorts of things victor is alluding to, stead seeing it as learning think of it as new perspectives to improve understanding.. interestingly though one would have to learn the concepts, both current and avant, in order to know when a new expressive medium improves on the old so knowledge accumulation is a part of this sort of environment, but arguable only subordinate to the true goals the

So it seems like he didn't actually succeed in making the pencil from scratch, or if he did, he didn't blog about it. He did successfully make it to mining the graphite, which is more widely distributed than I would have thought: [link] Other related projects include: Thomas Thwaites making a toaster from scratch: [link] That guy who made a ceramic-tile-roofed house with underfloor heating from scratch just posted about adding a kiln and firing more pots: [link] This one is really "from scratch"; he starts the project (in a previous video) by making stone tools from rocks he found onsite. kd5bjo points out, "Don't forget the Gingery book series on how to build a machine shop!" They build a machine shop starting from scrap metal, starting with a charcoal foundry for casting aluminum and pot metal; there's now a US$75 hardbound edition of what was originally a seven-book series. [link] Jeri Ellsworth demonstrating how to make integrated circuits at home: [this video] The Global Village Construction Set is working on a set of 50 machine designs capable of reproducing themselves: [link] Of course we all know about the RepRap project that spawned the current proliferation of 3-D printer companies. Project Oberon is one of a few different projects that has a whole self-hosting toolchain including CPU architecture, compiler, networking, GUI, filesystem, and applications in a form comprehensible by a single person; it's free software: [link]

Jeri Ellsworth has built working transistors at home. Point contact germanium BJT: [link] Etched silicon FET: [this video] The rusty razorblade + pin point contact diode doesn't need anything special because it's a Schottky diode, with a metal/N-type semiconductor junction. If you probe lots of places you can find an N-type region where the dopant is random impurities. But the transistor needs both N and P-type regions, so I don't see any way to build one with common junk. Jeri's point contact example works by diffusing phosphorus from phosphor bronze into commercially produced N-type germanium using a high current to heat it. Phosphor bronze is arguably household junk but I don't think germanium diodes are.