fix: reword

src/content/blog/nix-to-eos.md

@@ -97,7 +97,7 @@ Even if you disagree, this is far from the only meaningful boundary Atom introdu
 
 This approach stands in stark contrast to flakes' eager world-copying strategy, which necessitated years of ongoing VFS development to mitigate its costs. By intelligently leveraging Nix's natural laziness, we achieve the same goals without complex VFS machinery. Furthermore, Atoms enforce stricter boundaries than existing Nix organizational systems: the `import` keyword is explicitly forbidden within modules. Instead of allowing arbitrary imports from unknown locations, all code references must flow through the module system itself. This constraint enables future tooling to perform static analysis efficiently, extracting useful information about the code without evaluation, in stark contrast to the current landscape.
 
-So how do references work in the atom system? If you're familiar with any modern programming language's module system, you might find it familiar. Similar to Rust's crate system, atoms have a top-level reference `atom` from which every other public member can be referenced, which are denoted by starting with a capital letter. External dependencies are also currently available through here, though this API remains experimental.
+So how do references work in the atom system? If you're up to speed with any modern programming language's module system, you might find it familiar. Similar to Rust's crate system, atoms have a top-level reference `atom` from which every other public member can be referenced, which are denoted by starting with a capital letter. External dependencies are also currently available through here, though this API remains experimental.
 
 If you need to access private members, you can, through the `pre` scope, which is a reference to the parent module, or `pre.pre` for the grandparent, etc. Anything referenced from `pre` has access to all the private members exported by that module. There is also a recursive reference to the current module: `mod`, and finally, an actual proper scope for a true standard library for the Nix language: the `std` scope. Now if you have used the nix module system before, you might think you have to declare these explicitly as inputs to some kind of functional prototype for every single module.