Broken symmetry from dissimilar layers in synthetic ferrimagnets induces acoustic-optical magnon coupling, producing a tunable avoided-crossing gap of 3.9 GHz set by interlayer exchange.
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Broken intrinsic symmetry induced magnon-magnon coupling in synthetic ferrimagnets
Broken symmetry from dissimilar layers in synthetic ferrimagnets induces acoustic-optical magnon coupling, producing a tunable avoided-crossing gap of 3.9 GHz set by interlayer exchange.