Currently spin waves are considered for computation and data processing as an alternative
to charge currents. Generation of spin waves by ultrashort laser pulses provides several …

In most of the previous studies of the spin wave optical generation in magnetic dielectrics,
the backward volume spin waves were excited. Here we modified the parameters of the …

The features of ultrafast spin dynamics excitation using high-intensity femtosecond laser
pulses in magnetic materials are reviewed. Key mechanisms of a pump pulse action on the …

The inverse Faraday effect induced in magnetic films by ultrashort laser pulses allows
excitation and control of spins at gigahertz and sub-terahertz frequencies. The frequency of …

The uprising interest in the integration of the magneto-optical iron garnets into the field of
quantum information processing imposes requirements for the dam** parameter and …

A magnetophotonic crystal (MPC) with a locally etched magnetic layer is proposed for all-
optical excitation of magnetization precession in the confined area. When the sample is …

Ferromagnetic resonance is widely acknowledged as a robust tool for characterizing
magnetic materials and studying physical phenomena. Low-temperature magnonics has …

The inverse Faraday effect in iron garnet films subjected to femtosecond laser pulses is
experimentally investigated. It is found that the magnitude of the observed effect depends …

The localization behavior and scaling properties of magnetostatic modes propagating on
magnetic aperiodic superlattices made up by rare-earth materials is analyzed. Both surface …

The “pump-probe” scheme considers oscillations of magnetization in a normally magnetized
plate with magnetoelastic properties, which occur under the action of an elastic pulse …