Rotatable polymorphic ring

A method for orienting at least two facets of a polymorphic ring comprising:

• providing a first half side formed of a first metal material;
• providing a second half side formed of a second metal material, the second half side adjacent to and symmetrical to the first half side;
• providing a third half side formed of the first metal material and outwardly facing in an opposite direction of the first half side;
• providing a fourth half side formed of the second metal material, the fourth half side adjacent to and symmetrical to the third half side and facing in an opposite direction of the second half side;
• providing a first pattern of first indicia embedded in the first metal material;
• providing a second pattern of second indicia embedded in the second metal material;
• providing a first recessed annular pattern of a third indicia on a same side as the first half side and the second half side;
• and
• providing a second recessed annular pattern of a fourth indicia on a same side as the third half side and the fourth half side;
• wherein the first and second recessed annular patterns are different from each other;
• wherein the first half side and third half side collectively define a first unique design therebetween;
• wherein the second half side and fourth half side collectively define a second unique design therebetween that is different from the first unique design;
• and
• wherein the first unique design and the second unique design define distinct facets each of which is either alternatively displayed or concealed based on selective rotation of the ring on a wearer's finger;
• and/or
• wherein the first and second recessed annular patterns are selectably displayed in alternative orientations based on 180° rotation of the ring about an axis that is perpendicular to the wearer's finger.