Solar storms brought colorful auroras to unexpected places last night (Tuesday), and there could be more to come across the D.C. area this evening.
Space weather forecasters confirmed that storms reached severe levels Tuesday, triggering vibrant northern lights as far south as Kansas, Colorado and Texas. In Virginia, residents posted about aurora sightings from northern localities like Arlington and Vienna, and out west in Rockingham County.
In a post to X this morning, Capital Weather Gang said the D.C. region may get the chance to see more vibrant flashes this evening, especially if skies remain clear as forecasted.
There is a chance the northern lights have an encore performance tonight. We’re monitoring and will update this afternoon. https://t.co/FIE5Y0yFos
— Capital Weather Gang (@capitalweather) November 12, 2025
Over the past few days, the sun has burped out several bursts of energy called coronal mass ejections. Two have reached Earth, but at least one more is still on the way and could arrive sometime today.
This week’s uptick in solar activity forced NASA today to postpone the launch of Blue Origin’s new rocket carrying Mars orbiters until conditions improve.
Forecasters think this solar outburst could be the most energetic of the three and have issued a severe storm alert. How bright the auroras are and how far south they are visible will depend on when the burst gets here and how it interacts with Earth’s magnetic field and atmosphere.
How northern lights happen
The sun is at the maximum phase of its 11-year activity cycle, making the light displays more common and widespread. Colorful northern lights have decorated night skies in unexpected places and space weather experts say there are more auroras still to come.
Aurora displays known as the northern and southern lights are commonly visible near the poles, where charged particles from the sun interact with Earth’s atmosphere.
Skygazers are spotting the lights deeper into the United States and Europe because the sun is going through a major face-lift. Every 11 years, its magnetic poles swap places, causing magnetic twists and tangles along the way.
Last year, the strongest geomagnetic storm in two decades slammed Earth, producing light displays across the Northern Hemisphere. And soon afterward, a powerful solar storm dazzled skygazers far from the Arctic Circle when dancing lights appeared in unexpected places including Germany, the United Kingdom, New England and New York City.
The sun’s active spurt is expected to last at least through the end of this year, although when solar activity will peak won’t be known until months after the fact, according to NASA and NOAA.
How solar storms affect Earth
Solar storms can bring more than colorful lights to Earth.
When fast-moving particles and plasma slam into Earth’s magnetic field, they can temporarily disrupt the power grid. Space weather can also interfere with air traffic control radio and satellites in orbit. Severe storms are capable of scrambling other radio and GPS communications.
In 1859, a severe solar storm triggered auroras as far south as Hawaii and set telegraph lines on fire in a rare event. And a 1972 solar storm may have detonated magnetic U.S. sea mines off the coast of Vietnam.
Space weather experts aren’t able to predict a solar storm months in advance. Instead, they alert relevant parties to prepare in the days before a solar outburst hits Earth.
How to see auroras
Northern lights forecasts can be found on NOAA’s Space Weather Prediction Center website or an aurora forecasting app.
Consider aurora-watching in a quiet, dark area away from city lights. Experts recommend skygazing from a local or national park. And check the weather forecast because clouds can cover up the spectacle entirely.
Taking a picture with a smartphone camera may also reveal hints of the aurora that aren’t visible to the naked eye.
