SPACEThe search for life doesn't end at our solar system and it is not limited to just planets. Scientists are now searching for moons orbiting alien planets in other systems that could harbor extraterrestrial life.
One of the most iconic scenes ever filmed for Star Wars occurred when Luke walked outside his boyhood home on the rocky, desert planet of Tatooine and looked up at the two suns setting. Now, scientists believe that these Earth-like worlds with two suns in their sky may actually be more common than originally thought, throughout the Milky Way Galaxy.
NASA's Dawn spacecraft has begun approaching the dwarf planet Ceres, and with a new vantage point it has snapped some of its first images of the planet showing possible craters on the surface.
Though Pluto may have been demoted from the title of planet to “dwarf planet”, NASA’s newest mission New Horizons which plans a flyby next summer has sparked new interest in the farthest depths of our very own solar system. And it appears that we may not just stop there. According to a new study published in the journal Monthly Notices of the Royal Astronomical Society, researchers believe that even closer than our Oort cloud we may find at least two more planets circling our Sun far beyond Pluto’s vast expanses.
How many planets like our Earth are out there in space? Well, while the possibilities are endless, and with the vast expanses of the universe the search may be endless. But thanks to NASA’s Kepler Space Telescope, researchers have to date discovered 1,000 Earth-like exoplanets that seem to fit the bill. And in celebration of the record-breaking discovery, researchers at NASA are giving the public a view of what life on these exoplanets inhabited by humans might just look like—with a vintage feel.
Scientists have discovered eight more exoplanets with two planets located as little as 470 light years away that could, in fact, be much like Earth as we know it.
It's been twenty years since the first exoplanet discovery, and now scientists are beginning to look at what these planets may be made of in the search for life outside of our solar system.
Knowing the level of a planet’s magnetic field can be an important fact to know in the study of how they interact. But studying the fields of an exoplanet, outside of our solar system and orbiting a foreign star, can be a difficult task that researchers have not yet been able to achieve. Though in nearly two decades of looking past our solar system to investigate exoplanets, researchers have developed several methods to estimate magnetic fields at quite a distance.