A micro-optic bottle resonators constructed by azimuthal sculpting a pair of rings along the perimeter of a glass whisker is proposed. The structures are examined using a numerical solver optimized for the cylindrical symmetry of such resonators. The modal space and field profiles are computed as a function of ring spacing and demonstrates that multiple glass region confined states are available and operate similar to the well-known Whispering-Gallery-Modes. Additional computation results are presented when the structure is configured as an index of refraction sensor.
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