Magnetosphere

A satellite returns to Israel, hot and glowing, with illuminated fragments of space in its vicinity.

Goodbye Cluster: A ground-breaking mission ends in a spectacular fireball over the South Pacific

After 24 years of research, the Salsa satellite (Cluster 2) burned up in a controlled entry into the atmosphere, (thereby) marking the end of the mission and strengthening our understanding of the magnetosphere and space
This groundbreaking idea proposed by Prof. Liu's team allows a single astronomical telescope in the Earth's magnetosphere to function as a gravitational wave signal detector. Credit: HKUST

Astrophysicists harness planetary power to explore the universe's greatest mysteries

Observing the universe using gravitational waves poses significant technological challenges, especially in the investigation of the frequency range above one kilohertz, the astronomers are technologically assisted in the magnetosphere of planets to detect the gravitational waves
A team led by SwRI discovered intermittent evidence of Kelvin-Helmholtz instabilities, giant swirling waves, at the boundary between Jupiter's magnetosphere and the solar wind that fills interplanetary space. The model here is from scientists at the University Corporation for Atmospheric Research in a 2017 GRL paper. Credit: UCAR/Zhang, et.al

The Juno spacecraft encounters giant swirling waves at the edge of Jupiter's magnetosphere

Researchers have discovered that the Juno spacecraft often encounters giant swirling waves at the boundary between the solar wind and Jupiter's magnetosphere
The trajectory of the Artemis P1 spacecraft until it reached point L2

Spaceships are retraining again - earth research for moon research

The farthest limit where the Earth's magnetic field has successfully repelled the solar wind. Source: Wikipedia.

Earth's ancient magnetic field and its effect on the atmosphere

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

Iron "snow" helps the hot star maintain its magnetic field