Smithsonian Magazine on MSN
In a First, Astronomers Saw a Distant Star Shoot Some of Its Plasma Into Space
The powerful coronal mass ejection would have likely destroyed the atmospheres of any potentially habitable planets nearby ...
For years, astronomers talked about coronal mass ejections on other stars almost like ghost stories. You hear signs, hints ...
New Scientist on MSN
Huge cloud of plasma belched out by star 130 light years away
A coronal mass ejection from a distant star has been confirmed for the first time, raising questions about how such events ...
Scientists have confirmed that eruptions from distant stars can escape their star's pull. A radio telescope in the ...
At about 0200 UTC (that’s 1pm AEDT) on November 12, the US National Oceanic and Atmospheric Administration and Australian ...
An explosion on the the sun spewed 'dark plasma' into space that resulted in a moderate G2-class geomagnetic storm on Wednesday (March 15). Spaceweather reports that this "dark plasma" is not dark in ...
A photographer recently snapped an incredibly detailed photo of gigantic, ghostly plasma loops towering above the sun's fiery surface after a powerful solar flare exploded from the sun. When you ...
A new study by researchers at Embry-Riddle Aeronautical University, funded by the National Science Foundation, has identified for the first time a process by which the solar wind is heated along ...
Space plasma physics examines the behaviour of ionised gases in planetary and astrophysical environments where electromagnetic forces dominate over collisional interactions. This field explores ...
An explosion on the the sun spewed 'dark plasma' into space that resulted in a moderate G2-class geomagnetic storm on Wednesday (March 15). The eruption was detected on March 11 by coronagraphs at ...
Scientists who built and will control the instruments to investigate plasma changes around a comet describe their contribution to the ten year long mission at a pre-launch press briefing in London ...
When the plasma confined in the dipole magnetic field of RT-1 contains a significant ratio of high-temperature electrons (red particles), the spontaneous formation of a chorus emission (white emission ...
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