Square artificial spin ice immersed in a perpendicularly magnetized matrix shows strong, vertex-dependent magnon-magnon hybridization with anticrossing gaps up to 1.43 GHz.
A recon- figurable waveguide for energy-efficient transmission and local manipulation of information in a nanomagnetic de- vice,
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Enhancement of dynamical coupling in artificial spin-ice systems by incorporating perpendicularly magnetized ferromagnetic matrix
Square artificial spin ice immersed in a perpendicularly magnetized matrix shows strong, vertex-dependent magnon-magnon hybridization with anticrossing gaps up to 1.43 GHz.