Millions of people are experiencing a total solar eclipse on Wednesday, Aug. 12, 2026 [1, 4].
The event provides a rare opportunity for scientists and the public to observe the sun's corona, which is typically hidden by the sun's bright face.
Totality is visible across Spain, Iceland, and Greenland [2]. Some reports indicate that dark skies also reached parts of Russia and Portugal [1, 3], though other sources omit these regions from the path of totality [2].
For those outside the path of totality, a partial eclipse is visible across much of Europe and North America [2, 3]. In the U.S., the partial eclipse is visible in 26 states [3].
To provide global access to the event, several organizations have launched digital broadcasts. The European Space Agency is livestreaming the eclipse from the Javalambre Observatory in Spain [5]. Additional live streams are being broadcast from Iceland and Spain to allow viewers to witness the event from home [1, 2].
Astronomers use these events to study the solar atmosphere. Because the moon completely blocks the solar disk during totality, the outer atmosphere becomes visible to the naked eye and specialized equipment.
“Millions of people are experiencing a total solar eclipse on Wednesday, August 12, 2026”
This eclipse highlights the increasing role of digital accessibility in astronomy. By utilizing high-resolution live streams from sites like the Javalambre Observatory, the scientific community can engage a global audience in real-time, turning a geographically limited event into a worldwide educational moment.
