We study transitions to chaos of spin wave turbulence in YIG with microwave parallel and perpendicular pumping. The dimension of the strange attractors at the onset of chaos is in all cases less than 2, indicating that few modes participate in the spin-wave chaotic dynamics
The long therm behavior of chaotic flows is investigated by means of time dependent frequency analys...
We report the direct observation of the onset of turbulence in propagating one-dimensional optical w...
Microwave experiments have become an important tool to study wave transport in chaotic and disordere...
Above the spin-wave instability threshold under parallel-pumping, period-doubling, chaos, period-hal...
Α model of chaos in high-power ferromagnetic resonance in coincidence regime, based on three-magnon ...
Non linear antiferromagnetic resonance was observed by parallel pumping (PP) with continuous waves i...
We propose a model for the dynamics of spin-wave instabilities driven by a rf field perpendicular to...
Manifestations of chaos E1-3 above the threshold microwave field for spin-wave instability have brou...
We have studied quasi-periodic and chaotic auto-oscillations in the ferromagnetic resonance of polis...
International audienceWe report the quantitative experimental observation of the weak inertial-wave ...
Simple models of nonlinear ferromagnetic resonance are considered which describe perpendicular reson...
We report the development, implementation and complete experimental vindication of a model for compl...
International audienceAny measurement opens a wave system. This coupling to the continuum drasticall...
A model of parallel pumping with many interacting parametric spin-wave pairs is investigated numeric...
A nonlinear wave, in general, is equivalent to a nonlinear dynamical system, which exhibits the phe...
The long therm behavior of chaotic flows is investigated by means of time dependent frequency analys...
We report the direct observation of the onset of turbulence in propagating one-dimensional optical w...
Microwave experiments have become an important tool to study wave transport in chaotic and disordere...
Above the spin-wave instability threshold under parallel-pumping, period-doubling, chaos, period-hal...
Α model of chaos in high-power ferromagnetic resonance in coincidence regime, based on three-magnon ...
Non linear antiferromagnetic resonance was observed by parallel pumping (PP) with continuous waves i...
We propose a model for the dynamics of spin-wave instabilities driven by a rf field perpendicular to...
Manifestations of chaos E1-3 above the threshold microwave field for spin-wave instability have brou...
We have studied quasi-periodic and chaotic auto-oscillations in the ferromagnetic resonance of polis...
International audienceWe report the quantitative experimental observation of the weak inertial-wave ...
Simple models of nonlinear ferromagnetic resonance are considered which describe perpendicular reson...
We report the development, implementation and complete experimental vindication of a model for compl...
International audienceAny measurement opens a wave system. This coupling to the continuum drasticall...
A model of parallel pumping with many interacting parametric spin-wave pairs is investigated numeric...
A nonlinear wave, in general, is equivalent to a nonlinear dynamical system, which exhibits the phe...
The long therm behavior of chaotic flows is investigated by means of time dependent frequency analys...
We report the direct observation of the onset of turbulence in propagating one-dimensional optical w...
Microwave experiments have become an important tool to study wave transport in chaotic and disordere...
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