A best feature it may well be, but it requires infrastructure and the OS kernel provides that infrastructure it doesn't depend on it.

Rust for Linux relies on the fact that Rust is deliberately structured in layers so that the bottom layer doesn't need that infrastructure, this was needed to make embedded Rust practical, but it's also important for Linux. Actually, Linux needs even more than Rust had initially, but that's driven further improvements to Rust itself.

You could add a layer to do all this lifting (that's what e.g. a Java OS does) but that's not going to fly in Linux, which is one reason why Go for Linux isn't a thing whereas Rust for Linux is.

>Garbage collection is not mandatory

What does that mean? Isn't GC a fundamental part of Go?

I'd never use Go to write a kernel in, but you can disable the GC using `GOGC=off`.

I like Go and I use it often. I also work on kernels. Go is not suitable for writing kernels.

Im choosing to imagine that you typed this with one hand behind your back with some fingers crossed Drew.