Möbius Ring Coil

Wire-edged Möbius Ring (Not a Möbius Strip, a Möbius Ring - you take a compass and draw two concentric circles, the distance between which will become the "width" of the "surface". Cut out the middle and cut out the outermost circle. You now have a flat ring. Make one radial cut, twist one "end" through a 180° angle and then rejoin the "ends". You now have a Möbius Ring, a topological structure I have yet to see anywhere else, including Wolfram. It has a unitary radius of curvature in both directions, and the "hole" in the middle can be made very small, unlike a Möbius Strip, which tends to turn into a triangle if the original strip's aspect ratio is too low.) with the ring “surface” made of Graphene… could turn out to be a rather respectable "reactive pseudomagnetic core"for a certain electromagnetic (well, electropseudomagnetic) coil I've been obsessed with lately - especially if a fluctuating magnetic field interacts with Graphene the way I think it well may. Gee, wonder what happens when you pinch hydrogen plasma with a 300 Tesla pseudomagnetic field? {KnowWhatIMean, Vern?}