Magnonics is a research field that has gained an increasing interest in both the fundamental
and applied sciences in recent years. This field aims to explore and functionalize collective …

Here, we study a magnonic crystal made of low-dam** yttrium iron garnet that utilizes
pseudo-caustic spin wave beams generated from subwavelength square well features …

Here, we report the results of strain-controlled spin-wave propagation regimes in a double-
period multiferroic structure. It consists of an alligator-type magnonic crystal with a period of …

Magnon, the quanta of spin waves, can serve as an efficient spin information carrier for
memory and logic applications, with the advantages of the Joule-heating free induced low …

We generate compact localized states (CLSs) in an electrical diamond lattice, comprised of
only capacitors and inductors, via local driving near its flat-band frequency. We compare …

Recent advances in twisted photonic structures (eg, twisted bilayer graphene and twisted
anisotropic metasurfaces) have enabled many exotic phenomena of light-matter …

The magnonic band structure of two-dimensional chiral magnonic crystals is theoretically
investigated. The proposed metamaterial involves a three-dimensional architecture, where a …

We report the experimental observation of large spin-pum** signals in the YIG/Pt system
driven by broad-wave-vector spin-wave spin current. 280-nm-wide microwave inductive …

Nonreciprocity, unidirectionality, and channeling are essential concepts for potential
magnonic applications. Nonreciprocity and unidirectionality ensure the efficient propagation …

Spin waves excited in periodically modulated magnetic nanomaterials, known as magnonic
crystals, exhibit characteristic band structures. These bands can be tuned by material …