• KevonLooney@lemm.ee
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    1 year ago

    Yeah, even electricity is easy to explain. You just rotate a high quality magnet within a coil of thin high quality copper wire. Easy.

    Problems are:

    • How do you make a high quality magnet?
    • How do you purify copper fine enough?
    • How do you make a spool of the copper wire?
    • How do you make the bearings for the shaft?
    • 5714@lemmy.dbzer0.com
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      1 year ago

      Nah, problems arise much earlier. Metals are expensive (proper steel is a thing of the 1700s, try getting proper coke) and your claims might be considered too outlandish for funding of home industrialisation, even making the needed tools might take ages.

      Depending on when you are, science might even be considered evil, useless, unless you have very clear, direct and easy use cases (e.g. horse collar, compass, wheelbarrow).

      Interesting could be the printing press for problem solving.

      Proving electricity is easy, since even static electricity is relatively unexplained for a long time. You already know that metals are great conductors, hell, even what conductance roughly is. You know lead acid batteries. Simple conceptual motor and lead acid batteries together with printing press is probably enough to industrialise many societies early.

      Don’t know to get acid though.

    • cogman@lemmy.world
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      1 year ago

      Copper is the easy part. Get it hot enough and you’ll end up with high quality copper… Sourcing the copper is much more difficult.

      Finding magnets is somewhat simple, you just need some iron… That’s a lot more difficult. Iron smelting is way harder than copper smelting (especially without electricity).

      Making bearings is also difficult. It requires not only iron smelting but also high precision machining.