Navigator Pendant (Steel) mathjewelry In this necklace we show

In this necklace we show off a part of a random Apollonian circle packing

the third circle counts for 2

The octahedra grow gently in size from smallest at the ends to largest in the middle

where bits are either in the on or off position

An arrangement of five interlocking tetrahedra was found by Edmund Hess in 1876

Navigator Pendant (Steel) mathjewelry In this necklace we showNorth * South * East * West The four compass directions are highlighted by this piece of mathematical jewelry. Why is this pendant mathematical, you ask? It was created as an artistic rendering of a knight's tour on a 3x3 chessboard. The paths wind carefully in and out and through each other in such a way to spectacularly catch the light. Our Steel jewelry is 3D printed by gluing steel powder together one thin layer at a time and then infusing the