diff --git a/notes/Copy-and-Patch Compilation.md b/notes/Copy-and-Patch Compilation.md
index 799ce90..47b8e81 100644
--- a/notes/Copy-and-Patch Compilation.md	
+++ b/notes/Copy-and-Patch Compilation.md	
@@ -4,7 +4,15 @@ Copy and patch is a novel compilation technique introduced in the above paper th
 
 They provide two example use cases, a compiler for a C-like language, and a WebAssembly compiler, and show promising results for both startup time and execution performance.
 
+(Bottom of Page 2):
+> Our compiler achieves both lower startup delay and better execution performance than
+prior baseline compilers. Figure 2 shows the performance of six WebAssembly compilers on the
+PolyBenchC benchmark, normalized to our performance. Our compiler
+has 6.5× lower startup delay than Liftoff, while generating on average 63% better-performing code.
 
+Their C implementation is feature complete, and even includes some functionality like C++ (classes, destructor semantics).
+
+One proposed use case of copy-and-patch compilation in the paper is as an SQL query engine, noting that they believe they have built the first baseline compiler for an SQL query engine.
 
 # Terminology
 | Phrase             | Definition                                                                                                                                              |
@@ -12,4 +20,5 @@ They provide two example use cases, a compiler for a C-like language, and a WebA
 | Stencil            | A binary implementation that has holes where missing values must be inserted during codegen.                                                            |
 | Full Compiler      | A compiler that compiles from a high level language to machine code                                                                                     |
 | Bytecode Assembler | An assembler that converts low level bytecode to machine code.                                                                                          |
-| Baseline compiler  | In tiered compilation, a baseline compiler is the first compiler. It's meant to be the fastest, with the lowest priority on generating performant code. |
\ No newline at end of file
+| Baseline compiler  | In tiered compilation, a baseline compiler is the first compiler. It's meant to be the fastest, with the lowest priority on generating performant code. |
+| Pareto Frontier    | In multi-objective optimization, the pareto frontier is the set of solutions that are best                                                              |
\ No newline at end of file