Sun tracker data released by NASA and the National Oceanic and Atmospheric Administration – Reuters
Posted February 15, 2018 07:24:02The sun is a spectacular sight that will be with us for generations.
But for those of us who have never seen it before, the most stunning sight is what you see in the sky when the sun sets.
It’s the spectacular display of the solar disk that is known as the aurora borealis.
The moon rises in the west, then turns to the east and becomes a white ball, which moves across the sky and is visible at different altitudes.
When you watch a live aurora in your living room, it’s like being in a science fiction movie with all of the stars moving around and the auroras always moving together.
When you watch the auroral display in your backyard, it is a truly beautiful sight to behold.
And with the ability to observe the aurorae, you can now watch the whole auroral cycle live at the National Space Science and Technology Center in Colorado Springs.
With the ability of NASA to track the solar wind on the sun, they can create an animation to show the aurors moving around the sun.
The animation uses a motion tracking algorithm to create a 3D picture of the auroric disk, and the animation is called the Solar Wind Forecast.
The animation is based on the model of the sun from the European Space Agency’s Solar Wind Instrument (SWI) satellites, which have been circling the sun since 2001.
The SWI satellites are currently in orbit around the earth.
The scientists used the animation to create the 3D image of the Solar Disc.
The solar disk is the center of the disk that contains the sun and the sunspots.
The solar wind blows between the disc and the inner edge of the disc, where it encounters Earth and creates the aurorus, the white light that is seen in the western sky when sunset is over.
It is the light of the moon that is responsible for the aurourae.
Auroras are produced when the Sun’s magnetic field is disturbed.
The disturbance disturbs the sun’s disk and creates a solar storm.
The storm then causes the magnetic field to change.
The resulting solar wind is charged particles which travel in the solar disc.
The particles move through the disk, create a storm and then travel back to the Sun and cause the auroria.
The Sun is a brilliant star, but when it’s full, it can be very bright.
When the sun is full, there are often large clouds of gas, dust and dust particles that surround the star.
This creates a bright glow.
The aurora is an indication that the Sun is very active, and this is one of the reasons why the aurours are so spectacular.