One of the ultimate goals of spintronics is to realize an efficient electrical manipulation of
spin for high-speed and low-power nanodevices. A core ingredient for achieving this goal is …

Magnons and phonons are engineered in artificial lattices with tunable modes and band
dispersions. Recent advance in magnon-phonon coupling shined a light on combining …

Compensated synthetic antiferromagnets (SAFs) stand out as promising candidates to
explore various spintronic applications, benefitting from high precession frequency and …

Surface acoustic wave (SAW) can carry phononic angular momentum, showing great
potential as an energy-efficient way to control magnetism. Still, out-of-plane phononic …

The inevitable Gilbert damping in magnetization dynamics is usually regarded as
detrimental to spin transport. Here we apply a general feature of chiral non-Hermitian …

The inevitable Gilbert damping in magnetization dynamics is usually regarded as
detrimental to spin transport. Here we demonstrate in a ferromagnetic-insulator--normal …

Coupling and hybridization of different elementary excitations leads to new functionalities. In
phononics and spintronics, magnetoelastic coupling between Rayleigh-type surface …

Spin waves and their quanta, magnons, are promising candidates for next-generation
electronic devices, due to their low-power consumption and compatibility with radio …

Topological edge states (TES) are well known for their robustness against backward
scattering, whilst resonant metasurface can strongly prohibit wave transportation to induce …

We study nonequilibrium spin dynamics in differentially rotating systems, deriving an
effective Hamiltonian for conduction electrons in the comoving frame. In contrast to …