...-energy astrophysics to date. However, polarization analyses with e-ASTROGAM will reveal many details about the geometry, magnetic fields and radiation processes of the high-energy astrophysical sources. Big hopes for extreme objects e-ASTROGAM will...
..., it cannot send data captured by the NANOimager. Despite the damage however, it continues to collect measurements of the magnetic field and the satellite’s orbital dynamics, valuable information that has helped to improve its successor. With the...
...-speed solar wind streams or coronal mass ejections emanating from the Sun. As the fast-moving magnetic material collides with Earth's magnetic field, they send it oscillating, creating a geomagnetic storm that can increase or decrease the number...
... phase. In this vital step, a satellite is tested to make sure it can withstand intense vibrations, extreme temperatures, and magnetic fields that it will encounter during launch and in space. The Dellingr CubeSat will study the ionosphere - the...
..., Hi-C captured the highest-resolution images ever taken of the solar corona to show previously unseen magnetic activity. It is thought that the Sun’s magnetic field plays a role in heating the gas in the atmosphere, which is often released into the...
... origin of FRBs as the team believes it may be hard to explain a 157-day precession period given the large magnetic fields expected in these stars. “Detecting a periodicity provides an important constraint on the origin of the bursts and the activity...