One thing that I've appreciated now that I've spent a decent amount of time writing Go as an individual developer is that it's much easier to jump into open source code and make small improvements and fixes because the language is very "context-free." When you're reading code, the control flow is always spelled out, property accesses never magically invoke getters, and it's generally hard to make things too complicated. There are things that annoy me but the downside is almost always bounded.
Code readability is the original intent behind striving for simplicity.
Though I find some of the design choices a bit frustrating, e.g., generics, lack of min/max; for each design choice I disagree with there are dozens of other choices I do agree with. Structural typing, built-in concurrency, a rich standard library, the syntax, the list goes on.
There is a certain brutal elegance to the way the Go standard library is designed, it is really easy to read and comprehend. It took me less than half an hour to make sense how the net/http server was implemented.
This doesn't only apply to the standard library: because the language style is standardized--there are no coding styles, there is just a coding style--other libraries or programs are very easy to understand. If the program architecture is easy to understand, it doesn't require any significant domain expertise to understand.
Languages aren't supposed to be cargo cults, though some culture can be nice, let's not kid ourselves: programming languages are means to to an end. Go is pragmatic, it gets things done, it is a tool, and most importantly, it doesn't get in the way of design or architecture. You are free to build programs in any style or way you want.
Ultimately, languages are just expressions of grander designs that are far more important than arguments for and against a particular syntax or language feature.
