Reviews
Articles On Meteorites
Explore Meteorites & Space Rocks Articles — your go-to hub for fascinating insights into the celestial stones that have traveled across our solar system to land on Earth. Learn about the origins, types, and unique features of meteorites like carbonaceous chondrites, iron and pallasite specimens, and even rare lunar and Martian fragments, plus the science behind impact craters and cosmic collisions. Whether you’re curious about space rock classification or astonishing real-world impact stories, our expert articles make complex astronomy engaging and accessible.
Latest Articles
Carbonaceous Chondrites: A Window into the Early Solar System
Discover the origins, types, and unique features of carbonaceous chondrites—rare meteorites rich in organic compounds, water, and insights into the early solar system.
12 Massive Meteorite Impact Craters
Explore 12 of the world's most famous meteorite impact craters, from ancient sites to well-preserved formations, each telling a story of cosmic collisions.
Meteorites That Hit Buildings, Cars & People
Explore astonishing stories of meteorites striking buildings, cars, and even people. Discover rare cosmic impacts that brought pieces of space down to Earth.
Top 11 Famous Meteorites
Meteorites have fascinated humanity for centuries, herewe look at some of the most famous meteorites that have left an indelible mark on science, history, and popular culture.
Meteorites - Widmanstätten Patterns and Neumann Lines
Widmanstätten patterns are distinctive, interlocking patterns of crystals that can be observed on the polished surfaces of iron meteorites.
Meteorites, Meteors and Asteroids. What Is The Difference?
Meteorites, meteors, and asteroids are related celestial objects. The main difference lies in their location and stage of existence.
How Are Pallasite Meteorites Formed?
Pallasite meteorites are thought to form at the boundary regions between the metal cores and silicate mantles of certain early planetary bodies or asteroids.
What Is A Tektite?
Put simply, tektites are a form of natural glass that was formed via high velocity and extreme heat. The easiest way to satisfy these conditions is through extraterrestrial impact.
Libyan Desert Glass: The Saharan Treasure With Interstellar Origins
Since its official discovery in 1932, scientists have always been fascinated by Libyan Desert Glass, an impactite that should have rather straightforward origins.