The computer scientist, or mechanic, is the builder of the human extension. But if the user of this extension understands core rules of telling things what to d

The computer scientist, or mechanic, is the builder of the human extension. But if the user of this extension understands core rules of telling things what to do and how to do them, then the extension is more powerful. The user can adjust the extension to fit more complex needs. So i guess my argument is that learning to code is more like being a better, more capable driver of a more dynamic car. You don't need to make a business of building the dynamic cars. And since this extends to much more than just driving cars, it just means for a higher bandwidth interaction between each other and our environment. More like speaking a better language that packs a much greater punch. Maybe one example: if i can quickly release to consciousness an interactive system to express an idea i've had or discovery i've made, it just disseminates faster than if i were to use back and forth conversation, write a book, lecture, make a video. The packets are denser. Sure, i could wait for someone else to write the interactive system for me, but i'd have to communicate it to them. If they don't get it right then there's more back and forth, more latency. Wouldn't it be better if we were all just more capable?