High-symmetry plasmonic core-satellite resonators achieve robust magnetic dipole Purcell factors approaching 250 with suppressed electric dipole contributions and orientation-independent performance.
Genera- tion of nearly pure and highly directional magnetic light in fluorescence of rare-earth ions,
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Symmetry-Engineered Magnetic Dipole Emission in Plasmonic Core-Satellite Resonators
High-symmetry plasmonic core-satellite resonators achieve robust magnetic dipole Purcell factors approaching 250 with suppressed electric dipole contributions and orientation-independent performance.