Our Sun has been quite active over the past several weeks, ejecting giant strands of stellar debris into the cosmos. NASA scientists recently captured a video of one particularly eye-catching explosion that produced a dramatic arch across the sun’s surface.
Last week, NASA announced that in 2012 the Earth narrowly avoided being hit by the largest solar coronal mass ejection recorded since before electric power grids and telecommunication satellites were a thing. Fortunately or unfortunately, along with the rest of civilization, the solar crisis duology Cat. 8…
NASA's sun-observing IRIS spacecraft has gotten its first close-up look at a colossal coronal mass ejection erupting from the sun, and boy howdy is it beautiful.
Yesterday morning, the sun unleashed a powerful X1 solar flare. X-flares are the most powerful classification of solar eruption there is. This is the latest in a string of recent outbursts, with yesterday's eruption among the most violent we've seen all year.
It's been a remarkable week of solar activity. Astronomers recorded several coronal mass ejections this week, including three that are currently hitting the Earth's magnetic field. An exquisite image of one of this week's many flares can be seen below.
In less than 24 hours, the Sun has unleashed a trio of X-Class solar flares. They are the first, second and third X-class eruptions of 2013, making them the most powerful of the year by a substantial margin. What's more, each burst has been more violent than the last. So uhh... what the hell is going on here?
Photographer Göran Strand used 2464 raw images taken with his all-sky camera to create this gorgeous time-lapse video. The swirling crystal ball images show the view from Östersund, Sweden, when a when a Coronal Mass Ejection hit Earth’s magnetic field.
This is incredible. NASA has just released a never-before-seen video of a solar eruption from July of last year that shows a solar flare, a coronal mass ejection, and loops of solar rain all occurring in one breathtaking sequence.
The sun is at it again, this time blasting its second magnetic bubble of energetic plasma in as many days. The blast is heading towards Earth at a speed of 1,360 kilometers per second and is expected to arrive on June 16.
You might have had a peaceful day here, but up above, some serious solar violence just went down: an ejection of scorching plasma just erupted from the Sun. Enough to burn its away across ten Earths.
Earlier this afternoon, magnetic fields on the Sun's northeastern limb exploded in an arcing jet of roiling plasma, producing what is hands down one of the most spectacular solar explosions we've seen in years.
On Tuesday night, the surface of the Sun erupted in an violent solar flare, blasting a massive wave of charged particles in the direction of Earth. And early this morning, those particles smashed into our planet's atmosphere.
Late last Sunday, the Sun unleashed an M9-class solar flare, showering Earth with subatomic particles that gave rise to one of the biggest geomagnetic storms in recent history. The resulting aurorae, which were even brighter than usual in the planet's northernmost latitudes, were an absolute marvel to behold.
The largest solar storm since 2005 is now in progress, causing fluctuations on the power grid and disruptions to the Global Positioning System. The ongoing strong proton storm is in full fury. And it's getting stronger; a Coronal Mass Ejection (CME) impact also impacting us, traveling at 1,400 miles per second.
What you see in this amazing video really is just a coincidence. A comet smashed into one side of the Sun just as a massive explosion ignited on the other side. Two entirely unrelated events...but they sure look awesome together.
No, Earth hasn't suddenly migrated next to the Sun, but everything else about this picture is awesomely real. This is a plasma eruption from sunspot group AR 1302, the most recent solar storm to wreak havoc on Earth's magnetic field.
Put on your tinfoil hats, because the Sun just had an indigestion. According to NASA, this "spectacular coronal mass ejection should deliver a glancing blow to Earth's magnetic field during the late hours of June 8th or June 9th."
The spectacular lights of the aurora borealis are rarely seen outside the Arctic Circle, but fierce solar activity might soon send them southward. The continental US, Japan, and even Mediterranean Europe may all get a taste of the northern lights.