People say this constantly, but it's a qualitatively different jump from all previous abstraction layers. Previously, the part of your brain you had to use, and the way you had to think, changed from old layer X to new layer Y, but they were still very similar qualitatively. A person who was good at and enjoyed layer X either naturally was good at and enjoyed layer Y, or they could achieve both of those things after a little time. But with LLMs, the jump is much more lateral.

To do the thing I hate and use an analogy: It's not like asking a furniture maker to start using power tools; it's like asking a furniture maker to start telling a robot to make the furniture, in English. Yes, the people who were already good at furniture-making will have an advantage in how to direct the robot - but the salient point is that it's a recipe for misery for many people.

Ha ha ha... actually in the last 20-30 years most people learnt programming in assembly no for the sake of building programs in assembly - it was tought so you can have a grasp of microprocessor architecture. Instructions, interrupts,registers and all that. It means being fully aware of your environment. Without this knowledge of our environment, not only in our jobs, but also generally in life, what are we? Not more than wild animals surviving on instincts and an occasional burst of conciousness. Well, no thanks - I don't want to be an Eloi.

A higher level of abstraction that doesn't require thinking? Did you mean to write thinking here?

> ...like efficiently coding in assembly, no longer necessary in today's world.

Assembly is a stretch (albeit a few applications still need it), but otherwise that sentiment (and people who actually believe it) speaks a lot to me about what makes today's PCs slower, more latent, and less enjoyable to use than the machines of the past. Today's world sucks.

I've been thinking a lot about the new primitives and paradigms we'll see.