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While the common phrase often refers to fashion, design, or technology, scientists at the University of New Hampshire have found there is some truth to this mantra even when it comes to research.
Revisiting some older data, the researchers discovered new information about the shape of coronal mass ejections (CMEs) – large-scale eruptions of plasma and magnetic field from the sun – that could one day help protect satellites in space as well as the electrical grid on Earth.
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"coronal mass ejections have been assumed to resemble a large Slinky – one of those spring toys—with both ends anchored at the sun, even when they reach Earth about one to three days after they erupt,"It's a good thing that despite both ends being anchored to points in the sun of opposing polarity, this is a "quasi-neutral" flow of particles...otherwise these things could cause some real damage should they discharge..something of this size contacting the earths magnetosphere may even be felt on a global scale should any kind of charge disparity produce a discharge into our atmosphere due to it's connection to the magnetosphere...thank God that doesn't ever happen...because quasi-neutral.
"Since the late 1970s, coronal mass ejections have been assumed to resemble a large Slinky – one of those spring toys—with both ends anchored at the sun, even when they reach Earth about one to three days after they erupt," said Noe Lugaz, research associate professor in the UNH Space Science Center.
During a chat with Jimmy Fallon on As for who Reeves is voicing, Allen unsurprisingly kept his cards close to his chest and only offered up hints that the character will have an “interesting relationship” with Buzz and is the size of those little green army men.In their study, published in Astrophysical Journal Letters, the researchers took a closer look at data from two NASA spacecraft, Wind and ACE, typically orbiting upstream of Earth.They analyzed the data of 21 CMEs over a two-year period between 20 when Wind had separated from ACE."Because they are usually so close to one another, very few people compare the data from both Wind and ACE," said Lugaz."But 15 years ago, they were apart and in the right place for us to go back and notice the difference in measurements, and the differences became larger with increasing separations, making us question the Slinky shape." The data points toward a few other shape possibilities: CMEs are not simple Slinky shapes (they might be deformed ones or something else entirely), or CMEs are Slinky-shaped but on a much smaller scale (roughly four times smaller) than previously thought.