We support fundamental contributions to applications (medicine, biology, agriculture, food, semiconductors, etching and deposition) of low temperature plasmas. Low temperature plasmas include a large variety of (non-)thermal plasmas such as DC (arc, corona, glow discharge, beam excited plasmas, DBD) and RF (inductive, capacitive, wave induced, microwave discharges) plasmas. We invite contributions to the topics of fundamental basics and properties of low temperature plasmas, their production, and applications.

All aspects of inertial fusion energy science can be addressed: ICF driven by laser, pulse power, and/or heavy ions laser-plasma interactions, implosion physics, radiation hydrodynamics, hot dense matter, magneto-hydrodynamics, warm dense matter, atomic and radiation processes in dense plasmas, energy transport in dense plasma, dense plasma interaction with high energy particles, self-generated electro-magnetic fields, innovative diagnostic systems, application of machine learning to IFP modeling. We welcome experimental, theoretical, and computational articles. Inertial Fusion Plasmas and theoretical/numerical questions related to High Energy Density PlasmasĬontributions are invited in the field of inertial fusion plasmas. We also welcome articles on innovative plasma diagnostics and methodologies for plasma generation and control.Įxtreme plasma states (laser-plasma, beams, QED, relativistic)Ĭontributions are invited in the field of relativistic engineering, extremely strong electromagnetic fields in relativistic laser plasma, the interaction of charged particle beams with plasma, the acceleration of plasma electrons and ions, collective quantum electrodynamic processes in various media and in vacuum, the generation of a lepton-photon plasma aimed at revealing fundamental properties of many particle systems and at developing novel sources of high energy particles and hard electromagnetic radiation. We welcome contributions on the propagation of waves in plasmas, shock waves, laser-plasma and beam-plasma interactions, electron/ion acceleration and radiation generation, laboratory astrophysics, magnetic reconnection phenomena, and the study of plasma turbulence. Complex plasmas and new emerging plasma topicsĬontributions in the emerging areas of unconventional plasmas such as dusty, quantum, non-neutral, strongly coupled, solid state etc., with interdisciplinary reach are welcome.Įxperiments on High Energy Density PlasmasĬontributions are invited in the field of laboratory plasma experiments for the study of processes in high energy density plasmas.

Plasma physics