> 1- I have never seen a language that made me wow. Like, to me, this whole concept of making a digital logic architecture do a task should be "solved" in a sys

> 1- I have never seen a language that made me wow. Like, to me, this whole concept of making a digital logic architecture do a task should be "solved" in a systematic/mathematical sense. Yet, whenever I read on criticisms of languages, people always talk about stuff like "Go doesn't have generators", "Rust macro is a mistake", "I don't like python's async story", "C's way of things is outdated" etc... Math does have a lot of notations that express the same, but are used for different purpose, where some of those are better suited for solving some task than others. One of the simpler examples is polar vs cartesian coordinates. Where polar coordinates is expressed by angels and distance from a zero point. While cartesian we use the distance on axis from the zero point. Both can express all the same points, but some problems are easier to solve in one of those and some are easier to solve in the other. Coordinate system is definitely not the only place where you have this in math, and it is probably one of the simplest examples. So math, and all it's different ways of being expressed is more of an example why we need different languages, and that programming languages matter. Than a counterexample of why languages shouldn't matter, and that we are fine with any one language.