You can run shared libraries on Android very easily. The shared libraries can do OpenGL (video) and OpenSL (sound), plus most regular libc stuff. Most of the Android APIs are exposed as Java and you can use JNI to call into the shared library (ultimately it is C). As far as I can tell you can't generate a shared library from Go so this "normal" approach is off the cards. (There are also issues like how the Dalvik garbage collector and Go GC would interact.)
To have a pure binary would effectively require a reimplementation of the framework of Dalvik and all the various classes/methods and would be a huge undertaking. It would be extremely unlikely to install on existing Android versions and would only be in a future version. Or in other words it would be many many years before you could depend on it being on Android devices even if this was done for the next Android version.
The shared library thing is the biggest problem though. Android applications are really mashups of components from the same app or others (see Activities, Services, Content Providers, Receivers). There isn't actually a main() method or equivalent. Instead the components are loaded and called as needed.
To have a pure binary would effectively require a reimplementation of the framework of Dalvik and all the various classes/methods and would be a huge undertaking. It would be extremely unlikely to install on existing Android versions and would only be in a future version. Or in other words it would be many many years before you could depend on it being on Android devices even if this was done for the next Android version.
The shared library thing is the biggest problem though. Android applications are really mashups of components from the same app or others (see Activities, Services, Content Providers, Receivers). There isn't actually a main() method or equivalent. Instead the components are loaded and called as needed.