Index: doc/proposals/specialized_casts.md
===================================================================
--- doc/proposals/specialized_casts.md	(revision 9fe46e68c7c11e1e26647f1455b8bf2769c9b8e4)
+++ doc/proposals/specialized_casts.md	(revision e8e457eec7f0e42a7c71c07ffcf5e3ea27d00b48)
@@ -27,5 +27,5 @@
 
 ### Qualifier Cast ###
-A more restricted (and thus safer) form of coercion is modifiying the qualifiers of a type; C++ has `const_cast` for this purpose, and a similar feature would be useful for Cforall. With regard to syntax, `(requalify const Foo)`/`(requalify Foo)` to add/strip `const` would echo C, but given that the vast majority of uses are stripping const-qualfiers, `(non const)` would be shorter, clearer, easily searchable, and not require the programmer to exactly match the argument type. In this syntax, coercion casts could be used to add qualifiers, or another cast type (say `(with const)`) could be introduced to add qualfiers.
+A more restricted (and thus safer) form of coercion is modifiying the qualifiers of a type; C++ has `const_cast` for this purpose, and a similar feature would be useful for Cforall. With regard to syntax, `(requalify const Foo)`/`(requalify Foo)` to add/strip `const` would echo C++, but given that the vast majority of uses are stripping const-qualfiers, `(non const)` would be shorter, clearer, easily searchable, and not require the programmer to exactly match the argument type. In this syntax, coercion casts could be used to add qualifiers, or another cast type (say `(with const)`) could be introduced to add qualfiers.
 
 ### Virtual Cast ###