Aurora Borealis

 In January 2026, a powerful geomagnetic storm created a rare celestial surprise for Massachusetts residents: the aurora borealis shining far south of its usual polar home.

The display was triggered by a burst of charged particles from the Sun, known as a coronal mass ejection, which interacted with Earth’s magnetic field. As these particles collided with gases high in the atmosphere, they produced shimmering waves of green, pink, and purple light across the night sky.

While auroras are typically visible only near the Arctic Circle, strong solar storms can expand the auroral zone into lower latitudes. This storm was intense enough to bring the Northern Lights into New England, where they were best seen from dark, open areas — including lakeshores with unobstructed northern views.

Beyond their beauty, geomagnetic storms highlight the Sun’s ongoing influence on Earth, occasionally affecting satellites, GPS, and power systems. Fortunately, this event caused no significant disruptions locally, leaving behind only unforgettable views and a reminder that extraordinary natural phenomena can sometimes appear right in our own backyard.

How to Spot the Aurora Next Time

• Watch the forecast: NOAA’s Space Weather Prediction Center issues aurora and geomagnetic storm alerts.

• Look north: Auroras typically appear low on the northern horizon in Massachusetts.

• Seek darkness: Lakeshores, fields, and rural areas away from city lights offer the best views.

• Check the timing: The strongest displays often occur between 10 p.m. and 2 a.m.

• Use your camera: Auroras can appear faint to the eye but show up more vividly in photos.