Merge pull request #45 from stefantalpalaru/llvm

clarify that the target language is LLVM IR

Notebooks/WhyJulia.ipynb

@@ -114,7 +114,7 @@
    "source": [
     "## Type-stability and Code Introspection\n",
     "\n",
-    "Type stability is the idea that there is only 1 possible type which can be outputted from a method. For example, the reasonable type to output from `*(::Float64,::Float64)` is a `Float64`. No matter what you give it, it will spit out a `Float64`. This right here is multiple-dispatch: the `*` operator calls a different method depending on the types that it sees. When it sees floats, it will spit out floats. Julia provides code introspection macros so that way you can see what your code actually compiles to. Thus Julia is not just a scripting language, it's a scripting language which lets you deal with assembly! Julia, like many languages, compiles to LLVM (LLVM is a type of portable assembly language)."
+    "Type stability is the idea that there is only 1 possible type which can be outputted from a method. For example, the reasonable type to output from `*(::Float64,::Float64)` is a `Float64`. No matter what you give it, it will spit out a `Float64`. This right here is multiple-dispatch: the `*` operator calls a different method depending on the types that it sees. When it sees floats, it will spit out floats. Julia provides code introspection macros so that way you can see what your code actually compiles to. Thus Julia is not just a scripting language, it's a scripting language which lets you deal with assembly! Julia, like many other languages, compiles to LLVM IR (LLVM's Intermediate Representation is a type of portable assembly language)."
    ]
   },
   {