Beyond that boundary, however, solar material streams away in a steady flow called the solar wind - out there, the material has separated from the star and its movement can't affect the corona. That is to say that even out to 5 million miles from the sun, giant solar storms or coronal mass ejections can create ripple effects felt through the corona. Tracking magnetosonic waves showed DeForest and his team that the material throughout this extended space remained connected to the solar material much further in. Unlike sound waves on Earth, which oscillate several hundred times per second, these waves oscillate about once every four hours - and are about 10 times the length of Earth. The researchers studied waves known as magnetosonic waves, and they are a hybrid of sound waves and magnetic waves called Alfven waves. The results were published in The Astrophysical Journal on May 12, 2014. "We can't hear the sounds directly through the vacuum of space, but with careful analysis we can see them rippling through the corona." "We've tracked sound-like waves through the outer corona and used these to map the atmosphere," said Craig DeForest of the Southwest Research Institute in Boulder, Colorado. Combined with measurements from Voyager 1 of the outer boundary of the heliosphere, we have now defined the extent of this entire local bubble. These STEREO observations provide the first direct measurements of the inner boundary of the heliosphere - the giant bubble sparsely filled with solar particles that surrounds the sun and all the planets.
Webcomic in space android fly under the sun corona plus#
This information has implications for NASA's upcoming Solar Probe Plus mission, due to launch in 2018 and go closer to the sun than any man-made technology ever has before. Now, using NASA's Solar Terrestrial Relations Observatory, scientists have found that this atmosphere, called the corona, is even larger than thought, extending out some 5 million miles above the sun's surface - the equivalent of 12 solar radii. See this article for a more detailed explanation.Surrounding the sun is a vast atmosphere of solar particles, through which magnetic fields swarm, solar flares erupt, and gigantic columns of material rise, fall and jostle each other around.
Dropshadow on the Main View to make it appear to be over the menu.Small Open and Closing Animations on the menu to add some reality to it.
Open and Closing Animations on the Main View.A simple call to FanView.showMenu() will toggle the display to pop up or close. You even define what elements will trigger the navigation to pop up. You then just specifiy the id's of the layouts to FanView and it will handle the animating. You can define the two layouts seperately just like you would define a regular layout. FanView contains two user-defined layouts that it uses to make this UI pattern. This project serves as a way to implement the fly-in app navigation seen in apps like Facebook, Evernote, and Prixing.Īdding this project to your list of libraries will give you access to a new class, FanView. I will also feature you in this readme so others can see it.
If you use this library, please let me know at so I can see it in action.
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