That's the goal. Through further training, whittle away at unnecessary states until only the electrical states that matter remain.
Developers have created too many layers of abstraction and indirection to do their jobs. We're burning a ton of energy managing state management frameworks, that are many layers of indirection away from the computations that are salient to users.
All those DSLs, config syntaxes, layers of boilerplate waste a huge amount of electricity, when end users want to draw geometric shapes.
So a non-dev generates a mess, but in a way so do devs with Django and Elixir, RoR, Terraform. When really end of the day it's matrix math against memory and sync of that state to the display.
From a hardware engineers perspective, the mess of devs and non-devs is the same abstract mess of electrical states that have nothing to do with the goal. All those frameworks can be generalized into a handful of electrical patterns, saving a ton of electricity.
And here I thought people just used computers for the heat
I honestly can't tell if you are speaking in metaphor or literally?
What process / path do you take to get to such an enlightened state? Like books or experience or anything more about this please?
There are some contradictory claims here.
Boilerplate comes when your language doesn't have affordances, you get around this with /abstraction/ which leads to DSLs (Domain Specific Languages).
Matrix math is generally done on more than raw bits provided by digital circuits. Simple things like numbers require some amount of abstraction and indirection (pointers to memory addresses that begin arrays).
My point is yes, we've gotten ourselves in a complicated tar pit, but it's not because there wasn't a simpler solution lower in the stack.
This sounds like the exact kind of profound pseudo-enlightenment that one gets from psychedelics. Of course, it's all electrons in the end.
Trying to create a secure, reliable and scalable system that enables many people to work on one code base, share their code around with others and at the end of the day coordinate this dance of electrons across multiple computers, that's where all of these 'useless' layers of abstraction become absolutely necessary.