diff --git a/modular_chomp/doc/Nested_Lists.dm b/modular_chomp/doc/Nested_Lists.dm
deleted file mode 100644
index f0975cc0f0..0000000000
--- a/modular_chomp/doc/Nested_Lists.dm
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-/*
-Nested lists are lists within lists, now this was probably obvious, i wouldnt waste your time with this.
-What we are going to be talking about is Nested lists with key value pairs and how to access them as well as generate key lists
-
-These are incrdeibly nice for merging multiple lists with a similiar purpose. this example here will write a fake implementation to unify the Robot_module list.
-*/
-
-/var/list/nested_robots_example = list(	"Normal" = list(	"Honk-Hound" = /obj/item/weapon/robot_module/robot/clerical/honkborg,
-															),
-										"Whitelisted" = list(	"Unity-Hound" = /obj/item/weapon/robot_module/robot/chound,
-															),
-										"AI" = list(	"Explore-Hound" = /obj/item/weapon/robot_module/robot/exploration,
-															)
-                                        )
-//Now once we define the above list we can access it as follows
-
-//Access the normal robots list
-//nested_robots_example["Normal"]
-
-//Access a specific type inside the list
-//nested_robots_example["Normal"]["Honk-Hound"]
-
-//Generate a list of the keys inside the normal list (so we can fill a UI with them)
-/proc/list_robots(var/type) //Type here is either "Normal" , "Whitelisted", or "AI"
-	var/list/nested_robots_keys = list()
-	for(var/element in nested_robots_example[type])
-		nested_robots_keys |= nested_robots_example[type][element] //This returns the key from our not nested list at the lowest level //Thank you BM.