Fragments of a meteorite that dazzled the skies over Moscow and the surrounding region in late October have been successfully recovered in the Novgorod region, scientists from the Vernadsky Institute of Geochemistry and Analytical Chemistry of the Russian Academy of Sciences (GEOHI RAS) confirmed.
Preliminary Analysis Identifies LL6 Chondrite
According to researchers at GEOHI RAS, initial laboratory studies suggest the meteorite belongs to the ordinary chondrite family, specifically the LL6 type.
These stony meteorites are known for their relatively low iron content and a high degree of thermal metamorphism, reflecting the intense heat and pressure they experienced in space.
“Preliminary studies carried out today at GEOHI RAS indicate that the meteorite most likely belongs to ordinary chondrites of the LL6 group,” the institute said in a statement.
“Research and searches continue!”
Meteorite Pierces Roof of Private Home
Astronomer Stas Korotky told RIA Novosti that the space rock traveled roughly 500 kilometers north of Moscow before landing in the Novgorod region.
“A fragment was discovered after it pierced the roof of a private house in one of the region’s villages,” Korotky said.
Locals reported hearing a loud, sudden noise moments before the impact, leaving many startled.
Fireball Captivates Residents Across Multiple Regions
The meteorite’s dramatic entry into Earth’s atmosphere was visible from Moscow and surrounding areas, with many eyewitnesses capturing bright flashes and a long, glowing trail streaking across the night sky.
The spectacle sparked widespread interest and curiosity, as people speculated about the landing site of the mysterious object.
Scientists Continue Detailed Studies
Experts at GEOHI RAS are now conducting further analyses to confirm the meteorite’s exact mineralogical composition and verify its extraterrestrial origin.
Finds like this provide a rare glimpse into the materials that circulated in the early Solar System, offering scientists crucial insights into the formation of planets and other celestial bodies.
What’s Next
Researchers plan to continue studying the fragments carefully, hoping to uncover more about their origin, age, and composition.
Each piece adds a valuable puzzle piece to our understanding of the cosmos, making this discovery not just a local sensation but a scientific treasure for the wider astronomical community.