On Wednesday, August 12, 2026, the world will turn its eyes skyward for a celestial spectacle that hasn’t graced mainland Europe in nearly three decades. A total solar eclipse—one of nature’s most dramatic shows—will sweep its shadow across Greenland, Iceland, northern Russia, northern Spain, and a sliver of Portugal, plunging these regions into an eerie, midday twilight. For millions across Europe, it marks the first opportunity in 27 years to experience the awe of day turning to night as the moon completely blocks the sun’s fiery face.
While the path of totality—the narrow corridor where the sun is entirely obscured—will only cross a handful of countries, the event’s impact is far wider. According to Mashable and Al Jazeera, approximately 980 million people, nearly one in eight worldwide, may witness at least a partial eclipse, weather permitting. For those lucky enough to be within the path of totality, the experience is unforgettable: the sky darkens, stars emerge, and the sun’s corona, its pearly outer atmosphere, blazes into view around the moon’s silhouette.
The eclipse’s journey begins at 15:34 GMT, as the moon’s shadow first kisses the Earth with a partial phase. By 16:58 GMT, totality starts at the initial location, reaching its maximum—about two minutes and 18 seconds of midday darkness—at 17:46 GMT near the center of the path. Reykjavik, Iceland, will witness totality at approximately 17:48 GMT, while Spain’s moment arrives around 18:27 GMT. The total phase ends globally at 18:34 GMT, and the last traces of the partial eclipse fade by 19:58 GMT.
Spain is poised to be one of the prime viewing spots. Cities such as Leon, Valladolid, Zaragoza, Teruel, and Valencia all fall within the path of totality, offering residents and visitors up to 110 seconds of complete solar coverage. Madrid and Barcelona, though just outside the band, will still see more than 99 percent of the sun obscured—enough to transform the day’s light and cast strange shadows across the landscape. In Paris, about 92 percent of the sun will be veiled, London will see 91 percent, and Berlin 85 percent. However, for many cities in eastern Europe, the sun will set before the eclipse reaches its deepest point, meaning the full drama of the event will remain just out of view.
But what about the rest of the world? North America, while not in the direct path, will still get a taste of the action—especially those living in the northernmost reaches. Mashable reports that 26 U.S. states and Washington, D.C., will experience a slight partial eclipse. The list includes Alaska, Connecticut, Delaware, Illinois, Indiana, Iowa, Kentucky, Maine, Maryland, Massachusetts, Michigan, Minnesota, Montana, New Hampshire, New Jersey, New York, North Carolina, North Dakota, Ohio, Pennsylvania, Rhode Island, South Dakota, Vermont, Virginia, West Virginia, and Wisconsin. Alaskans will see the deepest eclipse in the country, with Fairbanks enjoying about 37 percent coverage and Anchorage 28 percent. Elsewhere, the effect will be subtler: Bangor, Maine gets 24 percent, New York 9 percent, and Detroit a mere 3 percent.
Across the border, Canada fares a bit better. St John’s, Newfoundland, will see about 53 percent of the sun covered, Montreal 18 percent, and Toronto 8 percent. In much of the Canadian north and west, the show unfolds in the morning, while eastern provinces catch the action in the afternoon.
For those outside the path of totality, the experience is more muted. The sky won’t go fully dark, and the stars won’t leap into view. Instead, the sun will morph into a strange, glowing crescent—what Mashable playfully calls a “space crescent roll”—and the daylight may take on a peculiar, hushed quality. Shadows will sharpen, and, if you’re lucky, you might spot hundreds of tiny crescent shapes projected onto the ground through gaps in tree leaves, acting as natural pinhole projectors.
Of course, safety is paramount when viewing any solar eclipse. Both Mashable and Al Jazeera stress that looking directly at the sun, even during a partial eclipse, can cause severe and permanent eye injury. The only exception is during the brief period of totality, when the moon fully covers the sun’s face. Otherwise, certified eclipse glasses or handheld solar viewers are essential. These aren’t just dark sunglasses—real eclipse glasses are thousands of times darker and must meet the ISO 12312-2 safety standard. If you’re indoors and put them on, you shouldn’t see anything except perhaps the brightest lights.
It’s also crucial to keep these glasses or viewers on the entire time you’re looking at the sun, and never use them with telescopes, binoculars, or cameras unless those devices have their own specialized solar filters. Concentrated sunlight can burn through filters and cause instant, irreversible eye damage. For those who prefer indirect viewing, a simple pinhole projector—such as a small hole in an index card—can safely project the sun’s image onto a surface. Even the dappled light beneath trees will create myriad crescent-shaped shadows during the partial phases.
For the millions who can’t travel to the path of totality, or who find themselves under cloudy skies, there’s no need to miss out. NASA is stepping up with a comprehensive livestream on August 12, starting at 17:15 GMT (1:15 p.m. ET), featuring telescope views, scientific commentary, and even footage from research aircraft flying beneath the moon’s shadow. The European Space Agency, the Royal Observatory Greenwich, and the Exploratorium in San Francisco are also joining the virtual party, offering live feeds from inside the path of totality in Spain and elsewhere. These broadcasts promise not only stunning visuals but also expert insights into the science and wonder of eclipses.
For those hoping to capture the moment on camera, Al Jazeera offers a word of caution: pointing a camera directly at the sun can damage its sensor. Like your eyes, your camera needs a proper solar filter. During totality, you can safely remove the filter for a couple of minutes to photograph the sun’s corona, but be sure to put it back on the instant sunlight reappears.
Solar eclipses occur when the moon passes precisely between the Earth and the sun, blocking some or all of the sun’s light. During a total eclipse, the moon’s shadow sweeps across the Earth, and for those in its narrow path, the sun’s corona becomes visible—a rare treat for scientists and skywatchers alike. The duration of totality varies by location, but on August 12, it will last up to two minutes and 18 seconds near the center of the path. The next total solar eclipse after this one won’t be far off: it’s slated for August 2, 2027, crossing southern Spain, North Africa, Saudi Arabia, and Yemen.
For now, though, all eyes are on August 12, 2026—a day when, for a fleeting moment, the world will pause to marvel at the cosmic dance of sun and moon. Whether you’re in the heart of Spain’s shadow, peering through eclipse glasses in Alaska, or tuning in from your living room, this is one show you won’t want to miss.