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If you were in California this past week, you probably spent more time than usual gazing at the stars. Because the Northern Lights, or Aurora Borealis, made a surprise trip down to the continental United States, lighting up skies as far south as Joshua Tree and giving Californians a rare look at a celestial show that usually requires getting on a plane. Those that missed it or those who caught it and loved it may wonder if this was this a once-in-a-lifetime opportunity, or if it could happen here again.
Chaston and Frey are research physicists and Li is an associate research physicist at the lab. Q: First things first — what are the Northern Lights? Why do we call them that? Where are they usually seen? Chris Chaston CC : The Northern Lights, or Aurora Borealis, are emissions of light from atoms and molecules in the upper atmosphere stimulated by collisions with energetic electrons and ions streaming downward from near-Earth space.
They are usually seen at high latitudes — above 60 degrees and during the night when the light becomes visible. They occur in an oval roughly centered around the poles. In the Southern Hemisphere they are referred to as the Aurora Australis. Harald Frey HF : There is a widespread misconception that aurora on Earth is generated by energetic particles coming directly from the sun.
The real processes are more complicated. The sun continuously emits the solar wind, as a stream of energetic electrons and protons that carries electric and magnetic fields with it. Our magnetic field cannot accumulate endless amounts of energy and has to release this excess energy. This energy release generates energetic electrons in the so-called auroral acceleration region about kilometers above ground.
