How well do you know our solar system? This engaging quiz will test your knowledge of planets, moons, and more! From rocky inner planets to icy giants, see if you can ace this cosmic challenge. Plus, discover fascinating facts about our stellar neighborhood.
Explore a captivating collection of top NASA images that showcase the wonders of our solar system and beyond. From dramatic solar flares to the mesmerizing beauty of Jupiter’s surface and the eerie glow of a ‘Witch Hat’ nebula, these images offer a glimpse into the vastness and mystery of space.
Discover how scientists have determined the age of Earth, a journey through billions of years of our planet’s history. Learn about the formation of Earth from a cosmic pizza dough, the role of rocks and moon samples in dating our planet, and how astronomers can even estimate the ages of planets around other stars.
Astronomers have discovered a planet orbiting a white dwarf, providing a glimpse of what Earth might look like billions of years from now. The planet, twice the size of Earth, orbits a dying star in a system located 4,000 light-years away. This discovery offers insights into the future of our solar system, as our Sun is expected to transform into a white dwarf in the distant future.
A new study suggests that tiny, primordial black holes, formed shortly after the Big Bang, could be flying through our solar system every decade. These black holes, while minuscule, could generate detectable gravitational disturbances in the orbits of planets. This intriguing possibility could shed light on the mystery of dark matter, the invisible substance that makes up a significant portion of the universe.
Astronomers using the Subaru Telescope in Hawaii have unearthed a ring of 11 objects located in the outer reaches of the Solar System, beyond the Kuiper Belt. This discovery could dramatically alter our understanding of the Kuiper Belt’s size and the early evolution of our Solar System.
A new study has traced the origin of the asteroid that wiped out the dinosaurs 66 million years ago to the outer reaches of the solar system, beyond Jupiter. The asteroid, classified as a C-type, was rich in carbon and left behind a unique signature of ruthenium in the sediment layer marking the impact event.
A new study reveals that the asteroid that wiped out the dinosaurs 66 million years ago originated in the outer solar system, beyond Jupiter. This finding, based on the unique chemical composition of the impactor, provides crucial information about the origins of such catastrophic events and could improve our ability to predict future asteroid strikes.
The European Space Agency’s (ESA) Gaia telescope has discovered over 350 potential moons orbiting asteroids, almost doubling the known number of binary asteroid systems in our solar system. These findings provide valuable insights into the formation and evolution of our solar system, revealing information about collisions and the distribution of water and organic molecules.
Earth’s perpetual rotation, like the daily sunrise and sunset, is a testament to its formation from a primordial cloud of gas and dust. This initial spin, preserved today, dictates the direction of Earth’s rotation. While most planets in our solar system spin counterclockwise like the sun, Venus and Uranus exhibit unique spins. Venus’ thick atmosphere and atmospheric tides have likely slowed its rotation, causing it to spin clockwise. Uranus, on the other hand, spins on its side, possibly due to a collision with a massive object or gravitational influence from a former moon.
