And programmers in the New Jersey school (see Worse is Better) are unlikely to ever stomach Clojure.
These differences are more in the realm of deep allegiances and HN comments will probably be limited to revealing allegiances--they have little chance to sway the reader one way or the other.
Might as well say, "MIT type with love for the JVM? Choose Clojure. New Jersey type with love for native code? Choose Go".
You say some people consider the JVM a liability. Can you please explain why? As far as I can see, the JVM has two disadvantages: a high RAM footprint and a slow startup time. But on server-class hardware (and I believe that's probably the main environment for Go), it's hard to beat the JVM's performance, and nothing even comes close in providing similar monitoring. So -- and I'm asking this completely seriously -- why would anyone consider the JVM a liability in such an environment?
Doesn't matter, since you'll find huge large holes in libraries, tooling, ecosystem and maturity in Go which can be easily filled in Java+Scala/Clojure, and which nullify any "smaller spec" advantage.
For example there is not one mature and complete web framework in Go. Several for all of Java/Scala/Clojure. There is no good RBDMS support in Go. As good as it gets for the JVM languages. Etc...
There are several[3] (scroll down to the relevant section) web frameworks too.
I personally tend to prefer using the gorilla toolkit[4], in combination with the stdlib http and templating stuff. It should be noted that my current usages for Go include an API service, command line tools, and a proxy. Certainly not much html generation going on there by any means.
[1]: http://golang.org/pkg/database/sql/ [2]: http://code.google.com/p/go-wiki/wiki/SQLDrivers [3]: http://go-lang.cat-v.org/pure-go-libs [4]: http://www.gorillatoolkit.org/
Edit: Fix spelling of "Clojure".