It was a night I’ll never forget. Sailing south along the fjords of Norway on a Hurtigruten ship, we had spent the better part of a week chasing the light—with no success at all. On the last evening of the voyage, guides on board lowered expectations. While the skies might indeed be active, the big snowstorm rolling in would completely obscure any visibility. So, they said, don’t expect to see the aurora borealis.
But hope is a funny thing. Even with such a doubtful forecast, it still resides and endures, right there, in the back of your mind. And so I added my name to a list of people willing to be awakened if the skies lit up, no matter what the hour. The announcement would come through the cabin’s phone.
Packing my suitcase in my stage room for an early flight on disembarkation day, I wore nothing but a pair of basketball shorts and a flimsy t-shirt. A voice spoke through the phone—the lights had been spotted. Come quick. With this weather, they won’t last long.
Slipping a pair of boat shoes on my bare feet, I hastily threw on the first jacket I could lay my hands on. Hustling to the open decks, the chill of a winter’s late night hit me first, soon followed by total and utter awe.
The sky was alive. It shimmered, and glimmered. Sometimes in pulsating waves; other times, in strands and tendrils like the stroke of a painter’s brush. It ebbed and flowed in vibrancy and strength. In this case, it was made even more spectacular, set against the twinkling lights of a sleeping little town on the shore off the port side.
The Science Behind the Northern Lights
No matter how much you prepare for them, it must be said: You’ve never, ever seen anything like the northern lights. The aurora borealis remain one of the world’s most sought-after natural phenomena. And rightly so: They are as magnificent as they can be elusive.That night on the fjords, many years ago, was the first time I saw them. Since then, I’ve had the honor and privilege to experience the northern lights perhaps a dozen more times. And in each case, the excitement always remains anew.
As winter begins to close in on higher latitudes, there’s good news. The sun will reach the peak of an 11-year solar cycle in 2025—its “solar maximum.” This means that, as a reward for enduring the cold, those hardy souls living in places like New York and Chicago will have an increased chance of witnessing this wonder.
But what causes this strange phenomenon, exactly? The explanation is a little less than magic, but still fascinating. Particles charged by the sun and carried by solar winds enter the earth’s upper atmosphere over magnetic fields (which protect us) at northern latitudes. When they interact with oxygen and nitrogen, these collisions create flashes of beautiful light. During a solar storm—sometimes explained as the sun sneezing or burping—the auroras really get going.
A Sign of Luck and Fortune
Legends about the aurora borealis are manifold. For example, the Japanese believe that if they conceive a child under them, that offspring will live a lucky life, endowed with not only intelligence, but also good looks. I first heard this on a visit to Churchill, a small community in northern Manitoba.Set on the shores of Hudson Bay, directly on the migration route of the world’s largest land-based carnivores, Churchill is the polar bear capital of the world. On one visit, a rough-and-ready guide took me for a nature hike. As is common practice in Churchill, he carried a rifle to protect against a chance encounter with the bears. For him, it doubled as a pointer as he highlighted the subarctic vegetation along the way. (We did meet up with a polar bear on the hike, although at a distance.)