[Yoric]

It's not that race conditions are generally memory-unsafe. The same race conditions would not be memory-unsafe in, say, Java or Python.

Go has a memory model that basically guarantees that the language is memory-safe except with a few marked "unsafe" functions or in case of race conditions involving interfaces or arrays. It's pretty easy to come up with an example of such a race condition that will cause reads or writes from/to unpredictable memory addresses. I imagine it's quite feasible to turn this into reads or writes from/to crafted memory addresses, which would be a mean to defeat pretty much any security measure implemented in the language.

The Rust community caters to people who are a bit obsessive about safety (including myself) and Rust developers tend to consider this a bug in the design of the Go language (there are a few, albeit much harder to achieve, issues that are vaguely comparable in Rust and they are considered bugs in the current design of Rust). The Go community tends to attract people who are more interested in shipping than in guarantees, and Go developers who are aware of this issue tend not care and assume that this is never going to happen in practice (which may or may not be true, I haven't checked).