Nonlinear cross-shift terms from counterpropagating spin waves in a standing SAW cavity produce field-dependent frequency shifts that drive resonance enhancement, broadband scattering, and bistability in magnon-phonon hybrids.
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Nonlinear frequency shift and bistability of magnon-polarons
Nonlinear cross-shift terms from counterpropagating spin waves in a standing SAW cavity produce field-dependent frequency shifts that drive resonance enhancement, broadband scattering, and bistability in magnon-phonon hybrids.