rephrase the Dedalus mention

paper/paper.md

@@ -103,11 +103,11 @@ simulation are found in the repository `github.com/FourierFlows/MultilayerQG-exa
 `pyqg` [@pyqg]. Beyond their base language, the major differences between these packages are
 that `GeophysicalFlows.jl` can be run on GPUs or CPUs and leverages a separate package (`FourierFlows.jl`; 
 which is continuously developed) to solve differential equations and compute diagnostics, 
-while `pyqg` can only be run on CPUs and uses a self-contained kernel. Dedalus [@Burns2020] 
-is Python software with an intuitive script-based interface that uses spectral methods to solve
-general partial differential equations, such as the ones within `GeophysicalFlows.jl`. There 
-are also some other isolated codes/scripts on personal websites and in open-source public 
-repositories that have similar functionality as some `GeophysicalFlows.jl` modules. 
+while `pyqg` can only be run on CPUs and uses a self-contained kernel. Another software with
+similar functionality as `GeophysicalFlows.jl` is Dedalus [@Burns2020], a Python software 
+with an intuitive script-based interface that uses spectral methods to solve general partial 
+differential equations. There exist also some isolated codes/scripts on personal websites 
+and in open-source public repositories that have similar functionality as some `GeophysicalFlows.jl` modules. 
 
 `GeophysicalFlows.jl` can be used to investigate a variety of scientific research questions 
 thanks to its various modules and high customizability, and its ease-of-use makes it an ideal