Latest Articles for Plasma

Researchers develop laser techniques to create and study electron-positron plasma.

Research highlights key processes in mirror machine plasma behavior.

Researching plasma stability in tokamaks may lead to advancements in nuclear fusion energy.

A look into the hot outer layer of the Sun's atmosphere and its heating.

Research improves gamma-ray emission efficiency using lasers and plasma interactions.

This study highlights kinetic simulations for better understanding of laser interactions with plasma.

Exploring the impact of radiation back-flux on fusion reactor performance.

Examining the significance of neutral hydrogen in fusion energy studies.

Exploring the benefits of cold plasma for wound care and infection control.

New tool simulates dynamic ionized gases around stars, enhancing astrophysics research.

This study reveals how proton bunches change in plasma and how we measure them.

Heavy impurities affect plasma behavior and performance in tokamak fusion reactors.

A look into using knots to study magnetic fields in plasmas.

Combining physics and data to improve fusion reactor predictions.

Research reveals potential blood markers for early detection of Parkinson's disease.

Understanding how light interacts with charged particles in plasma.

How blood sample methods affect mineral readings.

Discover the significance of core shift breaks in black hole jets.

Photon acceleration boosts XUV light for advanced science and technology.

Researchers tackle complexities in stellarator design using magnetic axis exploration.

Research on ion temperatures aids fusion energy development.

Observations of YZ Canis Minoris reveal dynamic flare activity impacting nearby planets.

Learn how powerful light creates tiny particle pairs in a vacuum.

A study on shock waves in hohlraums and their impact on fusion energy.

Explore the fascinating study of black hole shadows and their impact on our universe.

A fresh model for simulating partially ionized plasmas improves accuracy and efficiency.

Discoveries about Cygnus X-1 enhance our knowledge of black holes and stellar evolution.

A look at how nTOF detectors help study neutrons and plasma conditions.

Heat and plasma near black holes may generate seed magnetic fields.

Explore the intriguing magnetic interactions of Callisto and its potential hidden oceans.

Discover how laser plasma accelerators speed up electrons for groundbreaking applications.

Researchers propose spatially modulated plasma profiles to manage turbulence in fusion devices.

Discover the fascinating process of magnetic reconnection and its cosmic implications.

Femtosecond lasers create plasma waves with exciting potential in technology.

Explore how particle distributions affect plasma stability in space and technology.

Explore the fascinating world of plasma flows and magnetic fields.

Researchers study RF heating effects on plasma and erosion in fusion reactors.

Researchers use ray-tracing to study laser effects on plasma.

Scientists study plasma wakefields to advance particle accelerator technology.

Explore how magnetic fields lead to solar eruptions and their effects on Earth.