this post was submitted on 25 May 2025
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[–] [email protected] 8 points 6 days ago* (last edited 6 days ago) (1 children)

How the hell do you cross the gap between these and actual understanding? Other than the blind way of going up level after level, starting with a bipolar transistor, which doesn’t seem easy at all.

You don't pretend that Haskell has anything to do with electrical engineering and then you're golden. You do not need to understand the one to understand the other. You do not need to understand quantum mechanics to understand a transistor, either -- I mean, sure, if you intend to develop process nodes then you better understand quantum mechanics, but if you plan on soldering transistors together until you get an FM receiver? Who cares. Learn to read datasheets, that's the actual skill you'll need.

You choose some random interest and learn it and don't look higher up or deeper down the stack, you respect the abstraction boundaries, until and unless you actually have a good reason to cross them.