Topological deformations from the hosting lattice have been applied to nanophotonics for
the implementation of quantized topological states. This manipulation enables topological …

The ability to confine and guide wave makes topological physics a promising platform for
large local field enhancement and strong scattering immunity, which enables efficient …

Nonlinearities in lattices with topological band structures can induce topological interfaces in
the bulk of structures and give rise to bulk solitons in the topological bandgaps. Here we …

We investigate a higher-order topological insulator (HOTI) under strong nonlinearity,
focusing on the existence and stability of high-amplitude corner states, which can find …

Rotating magnets are suitable for producing ultra-low frequency signals for through-earth
and through-seawater communications. Magneto-mechanical resonator (MMR) arrays …

Magneto-mechanical transmitters (MMTs) are of active interest for ultra-low-frequency (ULF)
communication, as they can significantly reduce the power consumption and size …

The mechanical motion of permanent magnets is crucial in applications such as motors,
wireless power transfer, communication systems, and biomedical devices. These systems …