The NOAA Space Weather Prediction Center reports an ongoing strong geomagnetic storm, enhancing the chances of witnessing the aurora borealis, or northern lights, across the northern United States and some central states.
The highest likelihood of aurora sightings stretches from New York in the east to Washington state in the west. The visibility zone extends southward to include Wyoming, Nebraska, and Iowa, based on NOAA’s forecast map.
"Early on Thursday morning, the NOAA Space Weather Prediction Center said a 'G3' geomagnetic storm was now in progress. The scale runs from G1, minor, to G5, extreme."
This level indicates a significant disturbance in Earth's magnetic field, which can fluctuate in strength during the event’s duration of hours to a day.
Strong geomagnetic storms may disrupt technology by causing fluctuations in power grids and interfering with satellite operations, potentially affecting GPS services.
"It can vary in intensity between lower levels and strong storm conditions over the course of hours to a day during the event duration."
While the northern lights offer a spectacular display, the storm’s technological effects warrant monitoring.
The current G3 geomagnetic storm increases the likelihood of northern lights across much of the northern US, from coast to coast, with conditions dependent on weather and storm intensity, though it may also pose risks to power and satellite systems.
Author’s note: This geomagnetic event presents a rare chance to view the northern lights across wide US regions while reminding us of potential technological vulnerabilities linked to solar activity.