Stargazers across parts of the northern U.S. could catch a glimpse of the northern lights overnight on Friday, Nov. 6, and Saturday, Nov. 7, driven by a powerful surge of solar wind colliding with Earth’s magnetic field.

Meteorologists specializing in space weather anticipate a G1 or G2-class geomagnetic storm. This planetary disturbance could push the aurora far enough south to be visible from northern U.S. territories bordering Canada, and with optimal conditions, observers can even capture the phenomenon using a standard smartphone camera.

Timing plays heavily in favor of skywatchers, as this forecast arrives just ahead of the new moon phase. Because the moon will appear merely as a slender crescent in the pre-dawn hours, nighttime darkness remains maximized for detecting faint auroral arcs.

Will You See the Northern Lights Tonight?

Data released by space weather specialists at the National Oceanic and Atmospheric Administration indicates that a G1-class geomagnetic storm is projected to ignite around 5:00 p.m. EST on Friday, Nov. 6, reaching Kp 5 thresholds and persisting through Saturday, Nov. 7, and Sunday, Nov. 8.

“The geomagnetic field is likely to reach G1 (Minor) geomagnetic storm levels, with a chance for G2 (Moderate) levels, on 06-08 Nov due to negative polarity CH HSS influences,” states NOAA, referencing a coronal hole high-speed stream.

This particular stream consists of an intense torrent of charged particles erupting from a darker zone within the solar atmosphere, frequently exceeding speeds of one million miles per hour. Upon hitting Earth, the solar wind disrupts our magnetic shield, sparks geomagnetic activity, and occasionally extends the aurora's reach well beyond its normal latitudes.

Where Will the Aurora Be Visible?

Should the G1 geomagnetic storm materialize as predicted, the northern lights may emerge from dark-sky locations within northern U.S. regions near the Canadian border. Affected areas under clear weather conditions could span Alaska alongside sections of Washington, Idaho, Montana, North Dakota, South Dakota, Minnesota, Wisconsin, Michigan, Maine, Vermont, and New Hampshire.

If atmospheric conditions escalate temporarily to G2 intensity, the auroral oval is expected to stretch further southward. Such a shift could grant photographers in states like Oregon, Wyoming, Nebraska, Iowa, Illinois, Indiana, Ohio, Colorado, Pennsylvania, and New York a window to photograph faint displays, though success remains strictly contingent on regional factors.

Real-time probabilities for numerous regions are tracked by the aurora-tracking portal Cosmik, which translates NOAA metrics into live regional odds across multiple languages and localities.

How Can You Maximize Your Chances of Seeing the Aurora?

Maximizing viewing potential requires escaping urban illumination by traveling to a dark-sky location featuring an unobstructed view toward the northern horizon. Ultimate visibility relies heavily on a complex mix of variables, including solar wind velocity, cloud density, local light pollution, and the orientation of the interplanetary magnetic field.

This directional vector, recognized as Bz, proves critical during solar events. When Bz shifts southward, it couples more effectively with Earth's magnetic framework, allowing a surge of energy and charged particles to flood the magnetosphere. Sustained southward Bz alignment often intensifies auroral brilliance and extends its visibility toward the equator, whereas northward alignment typically subdues the display to higher latitudes.

  • Use dedicated mobile applications like Aurora Now, My Aurora Forecast, or Glendale Aurora for instant push notifications and live solar wind tracking metrics.

Wishing you clear skies and wide eyes.