Northern Lights on Other Planets

Travellers journey to Iceland from around the world to catch a glimpse of the green, white, and red northern lights dancing in the night sky. There's something special about bundling up in your warmest winter gear, trekking outside main towns to avoid bright lights, and hunting for northern lights. However, while the auroras shine bright on our home planet, let's learn about northern lights throughout the solar system. 

How do the Northern Lights Form?

The Aurora Borealis is a phenomenon caused by the Earths magnetic field and the solar winds, which blow electronic particles into molecules of atmospheric gases, causing an emission of bright light. The best time to see northern lights is from September to March, and there are forecasts predicting visibility on the national weather website (www.vedur.is). When the forecast is favourable, it's best to drive (or take a tour bus) to a dark area and look up. 

Where is it Possible to See the Northern Lights on Earth?

Typically, the Northern Lights are visible between latitudes 60 and 75 degrees, encompassing countries like Iceland, Norway, Finland, Sweden, Greenland, Russia, and Alaska in the US and certain regions of Canada. While it's rarer, there are instances when the auroras can be spotted in the northern parts of the US, as well as in northern England and Scotland.

Auroras on Different Planets

While some planets and moons in our solar system have auroras of their own, they are fundamentally different from the auroras on Earth.

Jupiter

Jupiter, the largest planet in our solar system, has a powerful magnetic field and a strong interaction with its moon. This interaction produces auroras on Jupiter, primarily invisible to the naked eye. These auroras are also quite different in appearance from Earth's bright green auroras.

Saturn

Saturn's moon, Titan, has a thick atmosphere and a complex interaction between the solar wind and its magnetic field. This interaction can lead to auroras on Titan, but as with Jupiter, these are invisible to the human eye.

Mars

Mars has a fragile magnetic field compared to Earth, which makes it less capable of producing strong auroras. Any auroras on Mars would likely be very faint and difficult to see.

Uranus and Neptune

The main differences between auroras on Uranus, Neptune, and those on Earth are their locations and the wavelengths at which they are observed. Earth's auroras are visible to the naked eye and occur near the poles. At the same time, Uranus and Neptune have auroras that are not visible to the naked eye and are found at lower latitudes due to the unique characteristics of their magnetic fields.

Venus

Venus has no magnetic field, so it does not produce auroras like Earth's.

How to See the Northern Lights in Reykjavík

You must avoid primary artificial light sources to improve your chances of seeing auroras. This is pretty easy to achieve since most of Iceland is open and sparsely populated. Tour guides know where to go without cloud cover, giving travellers the best chance of seeing auroras. 

Where Can I Learn About Northern Lights in Reykjavík?

Perlan's Northern Lights Show, Áróra, is a breathtaking film about northern lights. The film includes many stories, combining science and art to create a unique experience for guests. At Perlan, you can learn how northern lights form, hear fascinating tales about them and see fantastic displays. In Icelandic nature and outer space, the northern lights virtually dance around you.

Perlan is home to Iceland's only planetarium and uses a state-of-the-art 8K projection system and surround sound system to bring you the full spectrum of the magical story of the northern lights.