,,,-~=$&@£ £@&$=~-,,,
,,,,-~=$&@ @&$=~-,,,,
,,,,,-~=$& &$=~-,,,,,
,,,,,,-~=$ $=~-,,,,,,
,,,,,,,-~= =~-,,,,,,,
,,,,,,,,-~ hilbert curve. ~-,,,,,,,,
,,,,,,,-~= =~-,,,,,,,
,,,,,,-~=$ 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) £@&$=~-,,,
,,,,-~=$&@ @&$=~-,,,,
,,,,,-~=$& &$=~-,,,,,
,,,,,,-~=$ $=~-,,,,,,
,,,,,,,-~= =~-,,,,,,,
,,,,,,,,-~ ~-,,,,,,,,