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" ... But Phillips notes that the flare and an associated coronal mass ejection were not directed at Earth, but rather erupted from just behind the sun’s southeastern limb. ... "
" ... It is Proxima Centauri b’s proximity to its parent star that puts it in such danger. Because it is so close, it is entirely likely that a coronal mass ejection from Proxima Centauri will hit the planet head on. At such a distance, the planet will be bathed by the hot plasma of a CME. It is likely that this frequent barrage of plasma would slowly blow away the planet’s atmosphere and expose the planet’s surface to very intense x-rays and ultraviolet radiation. ... "
" ... The sun unleashed a significant coronal mass ejection (CME) on Feb. 20, which delivered earth a glancing blow of charged particles a few days later. While no strong geomagnetic storms or communications disruptions occurred as a result, some lucky observers in high latitudes still got a decent light show. ... "
" ... These incidents are due to eruptions on the sun. The sun periodically sends out flares (which you can see in large telescopes) and often, these flares are accompanied by bursts of invisible radiative particles called coronal mass ejections. Usually Earth's magnetic field protects against the radiation. But occasionally, there are so many particles that they can produce huge solar storms, knocking out satellites, power lines and other vital infrastructure for humans. ... "
" ... This solar storm is caused by a coronal mass ejection – in layman’s terms, a massive eruption of particles from our sun. While the earth’s magnetic shield and field generally protect us from the worst of this solar radiation, some particles enter through the auroral ovals around the north and south poles. Those particles excite atoms in our atmosphere and produce the light we know as the aurora borealis (northern hemisphere) and aurora australis (southern hemisphere). ... "