Scientists using NASA's Juno spacecraft have discovered a new plasma wave in Jupiter's auroras, offering fresh insight into ...

Researchers' analysis showed that the plasma waves have a very low frequency, unlike anything previously seen around Earth.

Researchers at the University of Minnesota Twin Cities have made a new discovery by observing and analyzing the first new ...

The experiment demonstrated that when Alfvén waves encounter regions of varying plasma density and magnetic field intensity, as they do in the solar atmosphere around coronal holes, they can be ...

What can Jupiter’s auroras teach scientists about auroras on other planets? This is what a recent study published in Physical ...

In a plasma, the energetic particle interacts with the MHD wave (the ELM) and can change its spatio-temporal pattern,” said lead author Jesús José Domínguez-Palacios Durán.

“Our findings reveal that plasma wave reflection can do the job. This is the first laboratory experiment demonstrating that Alfvén waves reflect under conditions relevant to coronal holes.” ...

Magnetised plasma dynamics and wave interactions constitute a pivotal research area that bridges fundamental physics and practical applications ranging from fusion energy to space and ...

Figuring out fusion technology would be a massive game-changer, as it would mean nearly unlimited amounts of clean energy. This would lower energy costs for everyone and lead to a cleaner, cooler ...

Plasma antennas represent a transformative approach in the manipulation and propagation of electromagnetic waves. By utilising ionised gases instead of traditional metallic elements, these ...

The observation is based on data from NASA’s Juno spacecraft, which made a historic low orbit flight over Jupiter’s north ...