November's supermoon appeared 16% brighter across the globe

When the moon swings closest to Earth, something shifts in how we see it. In November 2025, that moment arrived with the "beaver" supermoon—a full moon that looked noticeably larger and brighter than usual, appearing 8% bigger and 16% more luminous than average.

The name comes from the season: November is when beavers become most active, preparing for winter. But the real story was in the photographs. People in cities across three continents woke up or stepped outside to find the moon hanging impossibly large above their everyday landmarks.

In Milan, photographers caught it rising behind San Siro Stadium. In Moscow, it hung above St. Basil's Cathedral and the Kremlin—a moon so bright it seemed to dwarf the architecture below. Sydney's North Bondi beach became a gathering point, with people lining the shore to watch it climb over the water.

What makes a supermoon happen is simple orbital mechanics: the moon's elliptical path means it's sometimes 30,000 miles closer to Earth than at other times. When that closest point—called perigee—aligns with a full moon, the difference becomes visible to the naked eye. The brightness increase matters more than the size; our eyes pick up the extra light before they register the subtle size difference.

Across Europe, the moon appeared over wind turbines and apartment buildings, over Frankfurt's financial district and Moscow's historic center. These images matter because they capture something often forgotten in astronomy: celestial events aren't abstract. They happen above the places where people live, work, and gather. A supermoon is a reminder that the same physics governing distant galaxies is also framing your evening commute.

Supermoons happen several times a year, but not every full moon qualifies. The next opportunity to see one comes soon—and when it does, the same thing will happen in cities worldwide. Someone will look up, pause, and realize the sky is doing something worth paying attention to.