Abstract In the'Beyond Moore's Law'era, information devices are expected to exhibit
advantages, including small sizes, high processing speeds, and low power and dissipation …

Resonant tunneling (RT) originally refers to electron tunneling through the resonant states of
double-barrier potentials with a series of sharply peaked transmission coefficients (close to …

We theoretically study the scattering behavior of spin waves (SWs) at the interface of an
antiferromagnetically coupled (AFMC) heterojunction. It is shown that the SWs passing …

Monochromatic spin wave (SW) is the substrates for the realizing the practical function of
magnonic devices, however the generating perfect monochromatic SW is still a unsolved but …

We theoretically and numerically study current-induced modification of ferrimagnetic spin-
wave dynamics when an electrical current generates adiabatic and nonadiabatic spin …

The theory of special relativity is one of the most significant achievements in modern
physics, with several important predictions such as time dilation, size contraction for a …

The dispersion relationships in antiferromagnetically coupled magnonic crystals (MCs) were
investigated using micromagnetic simulations. In contrast to traditional MCs …

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

We studied the structural, chemical, and magnetic properties of Ti/Au/Co/Ni layered systems
subjected to plasma oxidation. The process results in the formation of NiO at the expense of …

In this study, we suggest a method to amplify spin waves (SWs) in antiferromagnets (AFMs).
By introducing a non-uniform Dzyaloshinskii–Moriya (DM) interaction, the potential barrier …