¨.=\§&@#@# #@#@&§\=.¨
¨.=\§&@#@# #@#@&§\=.¨
¨.=\§&@#@# #@#@&§\=.¨
¨.==\\\&&@ @&&\\\==.¨
¨¨¨¨¨¨=\§@ @§\=¨¨¨¨¨¨
¨.=\§&@#@@ hilbert curve. @@#@&§\=.¨
¨.=\§&@#@# #@#@&§\=.¨
¨.=\§&@#@# a hilbert curve is a type of fractal. #@#@&§\=.¨
¨.=§&@#@## right? hmm, how does it go. it's about ##@#@&§=.¨
¨¨¨¨¨=§§&# scrunge. about squinking a lot of #&§§=¨¨¨¨¨
¨.=\§&@#@# surface area down a tube. #@#@&§\=.¨
¨¨¨¨¨.\&## ##&\.¨¨¨¨¨
¨.=\§&@#@# a notable example is the capacitor #@#@&§\=.¨
¨¨¨=\§§@#@ (electric component) where they make a @#@§§\=¨¨¨
¨.=\§&@#@# kind of three dimensional metal hilbert #@#@&§\=.¨
¨.=\§&@#@# that's then also filled with some sorta #@#@&§\=.¨
¨¨¨¨==\\§@ electrolyte juice. oh shit here come @§\\==¨¨¨¨
¨.=\§&@##@ the cops¨ ¨.. ¨.. ¨.. ¨.. .... .... @##@&§\=.¨
¨.=\§&@#@# .... .... .= == .= == =\\ =\\ =\\ §& &@ #@#@&§\=.¨
¨.=\§&&&@@ @@ @@ @@ @@ @& &§ \\= \\= == =. == =. @@&&&§\=.¨
¨.=\§&@#@# .... .... .... ..¨ ..¨ ..¨ ..¨ ¨ah as i #@#@&§\=.¨
¨.=\§&@#@# was saying. we need these for #@#@&§\=.¨
¨¨¨..\§@#@ continuous operation of various @#@§\..¨¨¨
¨.=\§&@#@# instruments. #@#@&§\=.¨
¨.=\§&&&@@ @@&&&§\=.¨
¨.=\§&@@@@ (it's comforting that most circuits are @@@@&§\=.¨
¨.=\§&@#@# still built on a deeper layer of spells #@#@&§\=.¨
¨.=\§&@#@# and semaphores like this. physical #@#@&§\=.¨
¨.=\§&@### semantics. shapes) ###@&§\=.¨
¨¨¨¨.\§@@# #@@§\.¨¨¨¨
¨.=\§&@#@# #@#@&§\=.¨
¨.=\§&#@## ##@#&§\=.¨
¨.=\§@#@## ##@#@§\=.¨
¨¨¨¨==§@@@ @@@§==¨¨¨¨