I'm very confused by this comment. Memory safety doesn't mean "can't crash the runtime"[0]. That would exclude the most basic, canonical examples of memory unsafety: use after free, buffer overwrite/overread, double free, race conditions, etc. The erroneous Go exemplar you posted is literally one of the first examples of memory unsafety on Wikipedia: https://en.wikipedia.org/wiki/Memory_safety. Go is not memory safe by any stretch of the imagination. It doesn't even claim to be. At most it incidentally prevents a narrow subset of unsafe memory uses, compared with C (not a high standard), in the sense of providing an array type (and concomitant string type) rather than just pointer arithmetic.
