image superhyperfine structure due to magnetic dipole–dipole interactions with image in image

We report the observation of structure on the ground state hyperfine levels of image in image using Raman heterodyne detected nuclear magnetic resonance. The strength of the interaction varied for different satellite lines in the spectrum of the image transition of image. The structure is attributed to magnetic dipole–dipole interactions with image, and it is proposed that these interactions can be used to associate the satellite lines with the positions of the image ions relative to the image ion. We discuss the implications of these measurements for quantum computing applications of stoichiometric crystals.