For the first time, scientists have photographed a rare plasma instability, capturing high-energy electron beams forming into spaghetti-like filaments. This breakthrough, achieved by researchers at ...

Metal-containing aerosols are present throughout the Earth’s atmosphere, originating from both natural and human-made sources ...

A plasma instability has been photographed for the first time, showcasing electron beams forming spaghetti-like filaments.

Scientists sustained nuclear fusion plasma for 22 minutes, marking significant progress in sustainable clean energy research.

Emily Mason, a heliophysicist at San Diego-based research firm Predictive Science, and her colleagues observed coronal loops ...

Advances in real-time MS analysis of ambient air have transformed AQM, providing a mechanism to detect and enforce air ...

The heliosphere, a cosmic bubble formed by the Sun, protects our solar system from interstellar threats and influences life's ...

These donut-shaped machines confine plasma with magnetic fields so that that particles can reach the condition necessary to fuse together and release energy. The only issue is that these plasmas ...

A team of researchers from the University of Ottawa has made significant strides in understanding the ionization of atoms and ...

The CME interactions we studied generated a complex magnetic field and a compressed plasma sheath, which is a layer of charged particles that, once they reach the upper atmosphere of Earth from space, ...

The CME interactions we studied generated a complex magnetic field and a compressed plasma sheath, which is a layer of charged particles in the upper atmosphere that interacts with Earth's ...