Solar Eruption To Reach Earth Soon
rastos1 writes "Spacecraft from NASA recently observed an eruption on the Sun sending billions of tons of particles toward Earth. The solar eruption, called a coronal mass ejection, occurred Tuesday at 1:24 a.m. EDT (0524 GMT) and sent charged particles streaking outward at 380 miles per second. That's just over 1.3 million mph (2.2 million km/h). The solar fallout from the sun storm is expected to reach Earth over the next few days. Interestingly, an unnamed icy comet from the outer solar system dove into the sun and disintegrated nearly a the same time (video)."
So maybe if you have satellite TV you'll see a few spotty moments, but nothing to worry about.
It's always confirmation bias!
The whole icy comet diving into the sun and the bad ass far-side Coronal Mass Ejection (CME) is worth the 1:20 of your time. Very cool. Watching it happen is like watching something out of an old video game very interesting. Science can be quite a wild thing at times.
ACK
Could you give that in manhattans^(1/2) per dog year, too?
On a scale of one to tipsy, I'd say it's right between ocelot feathers and 7!.
The sun is vast, and that outward pulse appears to happen almost simultaneous with the impact of the comet.
Which means I very much doubt it's related, as an effect would still have to have traveled at least some major fraction of the Sun's radius and back before the event would have been triggered.
Granted, I suppose the comet could have been traveling away from us, and since the signal of the blast is traveling *toward* us, it basically pulled a Picard Maneuver and partially overtook the comet light.
294,585,994
*Burp*
Putting it in terms relative to the speed of light does help a lot. It won't make a huge difference to most casual readers, but anyone who knows that the Earth is roughly 8 lightminutes away from the sun (fairly common knowledge) can easily use the .11c to figure out exactly how fast it is in a meaningful way. Using mph/kph isn't meaningful to most readers because it's on such a different scale from anything else we'd normally measure in mph/kph.
2.2e6 kph = 0.002c...
Have gnu, will travel.
The timing is just too perfect. This is obviously an alien missile testing our resistance to EM radiation and charged particles and stuff.
That was a Disaster Area stunt ship.
Astrophysicist walks into a bar, orders a Mexican beer. Bartender yells, "OK, that's it, everybody out NOW!!!" As they're all leaving, another customer asks the astrophysicist, "what the heck is going on?" Astrophysicist replies "Coronal Mass Ejection."
For those who are interested, it's possible to get the feeds from the orbital solar observatories and make your own movies of the Sun in action. A nice piece of software to automate this is jhelioviewer: http://jhelioviewer.org/ You can even purchase a small solar telescope that will allow you to view the sun safely at hydrogen alpha wavelengths (at which a lot of features are visible). A popular beginner scope is the Meade PST: http://www.meade.com/product_pages/coronado/scopes/pst.php (Lunt is another good manufacturer). With that you can see solar flares, prominences, sun spots, etc. Prominences are particularly fun because they change visibly over the time-course of minutes; so you can literally see the Sun watch the sun change before your eyes. Here's a link on what's possible to see visually: http://www.prairieastronomyclub.org/resources/solar-observing/observing-the-sun-in-h-alpha/
soylentnews.org