Quantum Zakharov equations are obtained to describe the nonlinear interaction between
quantum Langmuir waves and quantum ion-acoustic waves. These quantum Zakharov …

The temporal evolution of Alfvén intermittent turbulence in cosmic plasmas is studied. The
chaotic dynamics of a driven-dissipative Alfvén system is determined by numerically solving …

We present an overview of observational and theoretical evidence of chaos and
intermittency in the solar‐terrestrial environment including solar dynamo, solar atmosphere …

We present numerical simulations of Alfvén waves in steady state, leading to the formation of
intense magnetic filaments when the nonlinearity arises due to the ponderomotive effects …

A new transition mechanism to Alfvén chaos via boundary crisis is reported. This crisis
appears in a complex plasma region in the presence of a large number of coexisting …

Chaotic transitions of nonlinear Alfvén waves via boundary and interior crises are studied.
Alfvén crises are characterized using the unstable periodic orbits and their stable and …

We discuss the observation and theory of nonlinear wave interactions in astrophysical and
space plasmas. Observational evidence of nonlinear mode-mode coupling in solar type III …

Alfvén intermittent turbulence has been observed in the solar wind. It has been previously
shown that the interplanetary Alfvén intermittent turbulence can appear due to a low …

The chaotic dynamics of a driven-dissipative Alfvén system is studied by analyzing the
stationary solutions of the derivative nonlinear Schrödinger equation. We demonstrate that …

A new transition mechanism to Alfvén chaos via boundary crisis in space and astrophysical
plasmas is reported. This crisis appears in a complex plasma region in the presence of a …