1. The building blocks of nonlinear plasmas

(Topics considered: particle acceleration; beam-plasma interactions; collisionless nonlinear waves; plasma radiation)

2. Meso- and macro-scale structures: formation and stability

(Nonlinear evolution of instabilities; magnetic reconnection; turbulence and intermittency; maser mechanisms; storage-release processes in space and lab plasmas; large-scale coherence in plasma systems)

3. Dynamic and interacting systems

(Multiscale coupling in space and lab plasmas; bursty flows and their transitions to turbulence; plasma interaction with solid and magnetic barriers; cascades and power-law regimes)

4. Revealing plasma structure via active experiments

(Sheath electrodynamics; dusty plasmas; ionospheric modification; wave excitation and transmission)