Latest Articles for Plasma Physics

Research improves electron beam quality using laser wakefield acceleration methods.

Explore how subsurface flows influence sunspots and solar flares.

Researchers study hot plasma's role in the Milky Way using advanced X-ray observations.

Research sheds light on magnetic reconnection processes and their effects on energetic events.

Investigating self-energy and damping rates of fermions in extreme conditions.

A new model aids in studying plasma detachment for safer fusion reactors.

This study reveals how whistler waves influence electron behavior in solar wind.

Examining how whistler waves impact the intracluster medium's heat dynamics and stability.

Research confirms local well-posedness of E-MHD equations amid large magnetic field changes.

Examining drift wave solitons and their role in plasma behavior and fusion energy.

This article discusses the production and control of VUV radiation in low-pressure plasmas.

Enhancing plasma impedance probes for better accuracy and utility in research.

Scientists work to improve fusion reactor efficiency by understanding turbulent plasma behavior.

A detailed look at the two-sided loop solar jet's formation and characteristics.

Introducing HORNET, a key measure for energy conversion in non-equilibrium fluids and plasmas.

Research reveals how ITG turbulence affects energy transfer in fusion reactors.

Explore how stellarators use magnetic fields for efficient plasma confinement in fusion research.

Fusion offers a powerful, clean energy source, but challenges remain.

This article presents a detailed approach for simulating energy flow in high-temperature systems.

Exploring the behavior and impact of collective quantum excitations in materials.

A new model reveals how magnetic fields influence shock waves in space.

Research focuses on controlling ELMs for stable fusion energy production.

Research reveals complexities in energy flow within multi-species plasmas for fusion.

This research sheds light on how charged particles fluctuate under different conditions.

New models aim to improve safety and efficiency in fusion energy.

This article investigates soft X-ray emissions in solar flares and their significance.

Examining plasma fractionation and its effects in the solar atmosphere.

Research on impurities in fusion plasma is crucial for cleaner energy solutions.

Study explores AI's role in optimizing plasma stability through effective magnetic field predictions.

Examining how coronal loop expansion affects solar phenomena and space weather.

How plasma dynamics affect radio signal behavior from the Sun.

Examining the interactions and behaviors of solitary waves during collisions.

This study improves measurement accuracy from the Tianwen-1 spacecraft.

Introducing a novel approach to simulating particles in plasma environments using the Particle-in-Fourier scheme.

Learn about spicules and their role in the Sun's atmosphere.

Research reveals how electrostatic wave interactions can create rogue waves in unique plasma conditions.

This article explores the behavior and decay of axial charge in chiral MHD.

This article discusses how plasma waves interact and lead to solitons.

This article explores wave interactions in non-Maxwellian plasma models using coupled nonlinear Schrodinger equations.

A look at how HiPIMS improves thin film deposition techniques.