WAVE TURBULENCE is a state of a system of many simultaneously excited and interacting
waves characterized by an energy distribution which is not in any sense close to …

Results of investigating nonlinear regimes of the homogeneous precessional dynamics of
magnetization in iron–garnet films with various orientations of crystallographic axes and in …

In this review, we consider theoretical and experimental results related to the properties of
two-dimensional spin-wave (SW) solitons, so-called SW bullets and SW droplets. Such …

Coherent magnons and phonons are excited by subpicosecond laser pulses in the weak
ferromagnet FeBO 3. Impulsive stimulated Raman scattering (ISRS) is proven to be the …

In the study of weakly turbulent wave systems possessing incomplete self-similarity, it is
possible to use dimensional arguments to derive the scaling exponents of the Kolmogorov …

The propagation of extremely short (without high-frequency filling) pulses and nonresonant
envelope solitons in a two-component medium comprising two-level atoms with substantially …

We consider flux equilibrium in dissipative nonlinear wave systems subject to external
energy pumping. In such systems, the elementary excitations, or quasiparticles, can create a …

Formation of dipolar spin-wave (SW)(or magnetostatic wave) envelope solitons was
observed in yttrium iron garnet films with unpinned surface spins under pulsed excitation …

A solution is obtained for the general problem of the nonstationary interaction of backward
volume magnetostatic waves in films of yttrium-iron garnet with local parametric pumping. In …

The kinetics of nonequilibrium Bose–Einstein condensates (BEC) are considered within the
framework of the Gross–Pitaevskii (GP) equation. A systematic derivation is given for weak …