Invisible Black Hole Shreds Star in a Galactic Suburb ⚡ экспресс
Tidal disruption events (TDEs) occur when a star is torn apart by a black hole, and they are usually found in galactic centers. The new event TDE 2025abcr has been detected for the first time on the outskirts of a massive galaxy, 9.3 kiloparsecs from the center; it was caused by a rogue black hole with a mass of ~10⁶ M☉, possibly ejected during a merger or hidden in a stripped dwarf galaxy. The discovery, made with a neural network, means that such 'wanderers' will be found by the dozens each year by new surveys, shedding light on the population of invisible wandering black holes.
The center of a galaxy is a bustling metropolis where a giant black hole often snatches inattentive stars. But telescopes caught a flare in a quiet suburb, tens of thousands of light-years from the core. This gave away a wandering black hole—an invisible predator, flung out of the center after an ancient galaxy collision. It tore apart a passing star, and its death glow revealed familiar elements—hydrogen and helium. This "quiet hunter" weighs about a million suns, a hundred times less than the central behemoths. These wanderers have long hidden in the darkness, but computer algorithms trained to spot such flares will soon help discover dozens of them. The outskirts of galaxies may be teeming with these invisible predators—we just need to listen more closely to their "meals."
🎯 Wandering black holes can weigh as little as a million suns—a hundred times less than the monsters in galactic centers.
🎬 The scenario sounds like science fiction: a predator attacks in an unexpected place, like in Star Wars, but this time it's real.