Why don't you whistle at the Northern Lights?

They want to take somebody from the Earth to come with them. So they could come down and take you if you look at them or you draw attention. That's why we say never whistle at them. You're not supposed to draw attention because they will find you.

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Keeping this in consideration, are the northern lights magic?

There is no better way to describe the northern lights than pure magic. Northern lights are magical and they are nothing less than something straight out of a fairy-tale. Although in the modern world, we see it as a scientific phenomenon, the charm of heavenly lights still remains. Are the Northern Lights evil? This explains why in continental Europe, many considered the dancing, blood-red streaks of the Aurora to be an evil omen. When the lights appeared as an ominous, crimson presence in the skies above Europe, they were often seen as a portent of war or other dangers.

Do the Northern Lights make sound?

The sounds of the aurora. People have described the sound of the northern lights as a quiet and almost imperceptible crackling, whooshing or whizzing noise. While best seen at night, auroras are generated thanks to the Sun. They are the result of charged particles reaching our planet. In respect to this, why are the northern lights so beautiful? The reason that the aurora appears in so many colors is that our atmosphere is made up of many different compounds, such as Oxygen and Nitrogen, among others. When the charged particles that come from the sun hit the atoms and molecules of Earth's atmosphere, they excite those atoms, which then give off light.

Also, what causes aurora?

The lights we see in the night sky are in actual fact caused by activity on the surface of the Sun. Solar storms on our star's surface give out huge clouds of electrically charged particles. The aurora's characteristic wavy patterns and 'curtains' of light are caused by the lines of force in the Earth's magnetic field. How does aurora occur? In the ionosphere, the ions of the solar wind collide with atoms of oxygen and nitrogen from the Earth's atmosphere. The energy released during these collisions causes a colorful glowing halo around the poles-an aurora. The most active auroras happen when the solar wind is the strongest.