Latest Articles for Plasma Physics

Research harnesses machine learning to analyze plasma light emissions for deeper insights.

An overview of terahertz radiation produced by laser interactions with materials.

Exploring particle behavior under intense gamma-ray radiation.

Examining runaway electrons and their impact on plasma stability in fusion reactors.

Research reveals key insights into plasmoid formation in black hole systems.

Study reveals crucial insights into hosing effects in plasma for particle accelerators.

A look into the behavior of MHD waves in the solar atmosphere.

Zonal flows help maintain conditions for nuclear fusion by reducing heat and particle loss.

Study reveals intricate effects of Alfvénic fluctuations on coronal mass ejections.

Discover the structure and challenges of pulsar magnetospheres and their emissions.

A novel approach enhances our understanding of plasma behavior in curved spacetime.

Examining how magnetic structures influence proton heating in the solar wind.

Recent improvements reduce analysis time in plasma experiments, enhancing efficiency in data collection.

Research on plasma light emission boosts particle accelerator technology.

Exploring unique properties of topological modes in complex physical systems.

Researchers investigate the enigmatic flares of Sagittarius A* and their implications.

Analyzing ionization in plasmas reveals challenges and discrepancies in models and experiments.

Study reveals how resistivity affects turbulence in plasma, crucial for fusion energy.

Investigating collisional absorption's role in the Raman gap observed in laser-plasma experiments.

This study examines the floating potential of the Wind spacecraft and its implications.

This study explores how rotation affects Alfvén waves in plasma environments.

Researchers gain new insights into plasma behavior and fusion processes through advanced simulations.

Exploring quantum computing's potential in analyzing electromagnetic waves in magnetized plasmas.

Exploring the role of plasma behavior in galaxy clusters and its implications.

Study reveals lower neutron production in ionized vanadium than expected.

Exploring unique solutions for charged gases influenced by electromagnetic fields.

Shocks in space affect energy transfer and temperature dynamics in cosmic environments.

Research sheds light on how cooling affects magnetic reconnection in astrophysical environments.

Exploring the formation and effects of solar coronal jets on space weather.

This article examines how plasma affects black holes and their shadows.

Study reveals key interactions in solar plasma structures.

Investigating how triangularity shapes plasma behavior for better energy management in fusion.

A study of plasma filaments in fusion devices and their effects on energy transport.

Researchers develop efficient models for plasma turbulence to improve fusion efficiency.

Scientists manipulate plasma characteristics using end-electrodes to influence particle movement.

Research reveals how magnetic fields grow in the intracluster medium.

Recent measurements of Fe17 improve our understanding of space phenomena.

Research focuses on managing plasma instability during nuclear fusion experiments.

SPARC's innovative methods aim to achieve vertical stability for efficient fusion energy production.

Exploring the impact of temperature on slow waves in coronal loops.