See the sun erupt in a dazzling display in this history
Talk about a sense of scale.
This image of a solar prominence erupting from our sun isn't notable for justthe arcing plume of plasma cutting a path through outer space. It's the whole scene that's important: the solar prominence, the full view of the sun it's emanating from, and most importantly the sense of scale you get when you see them both in full view, side by side.
This first-of-its-kind image marks the largest solar prominence eruption ever captured in a single image alongside the entirety of the sun, as the European Space Agency (ESA) confirmed in a Friday blog. It comes to us from the Solar Orbiter, a sun-observing satellite developed by the ESA and funded in part by NASA.
Credit: Solar Orbiter/EUI Team/ESA & NASAWe can thank a combination of luck and timing for this eye-catching look into the heart of our solar system. On Feb. 15, when the event occurred, the Solar Orbiter was still far enough out that its Full Sun Imager, which is exactly what it sounds like, had enough room at the margins of the image to also take in the full solar prominence. Just as fortuitously, the eruption appeared to be traveling away from Earth.
Had the solar prominence occurred a month later, the Solar Orbiter's closer proximity to the sun at the time — its closest approach of the year falls on March 26 — would have resulted in a less complete picture. Similarly, an eruption that aimed more in the direction of Earth could have disrupted the Solar Orbiter's monitoring work.
SEE ALSO:NASA captures the explosive moment a brilliant solar flare fired out of the sunA solar prominence is a type of coronal mass ejection. Unlike solar flares, in which energy is released suddenly before being absorbed back into the sun, a solar prominence eruption sends massive concentrations of plasma jetting off into space, often along an arc shaped by the immense gravitational forces surrounding the star.
That's what you're seeing here. The billowing plasma burst visible in the top-left quadrant of the image is our solar prominence, and while its outermost edges are a bit faint, it's easy to see the loop it's formed with any close inspection. Also unlike a solar flare, a prominence like this can last for weeks, even months.
Featured Video For You
How the powerful Webb telescope will peer 13 billion years back in time
本文地址：http://1.zzzogryeb.bond/html/61f999163.html
版权声明
本文仅代表作者观点，不代表本站立场。
本文系作者授权发表，未经许可，不得转载。