In Trappist-1 world, the planets are so close together that life forms can hop between them. Scientists believe the planets named Trappist-1 'e', 'f' and 'g' have the essential elements to support life.
Saturn's moon Pan was discovered on July 16, 1990, by Mark Showalter from Stanford University. Its name was derived from the half-man and half-goat satyr, a character from Greek mythology.
NASA update an additional info about their latest discovery of the largest batch of seven habitat planets orbited around an ultra-cool dwarf star called TRAPPIST-1.
Adding to the tally of last year's 3 Earth like planets, NASA discovered 4 more such planets. The latest finding revives the search for life beyond our planet.
Researchers claim that hydrogen pouring from the volcanoes may be used to find the possibility of life in the universe. Planets with such volcanoes are likely to support life.
The 60 planets include a rocky planet which is later then called "Super Earth." Gliese 411b caught the attention of Dr. Mikko Tuomi from the University of Herdfordshire's Center for Astrophysics because of its unusual identity.
NASA's New Horizon's spacecraft is already on target for an historic rendezvous with Pluto in July, but while it travels it continues to snap new images of the little dwarf planet. The new images reveal even more detail about its complex and high contrast surface.
If you spend enough time on the surface of the Red Planet, you will be treated to something very different from Earth - a blue sunset as night falls. That's exactly what happened to NASA's Mars Curiosity Rover after waiting for three years to catch a glimpse of this phenomenon.
NASA Administrator and senior science advisor to President Obama, Charles Bolden told attendees at The Humans to Mars Summit in Washington that "Mars matters."
May is shaping up to be one of the best months of 2015 for sky gazers and amateur astronomers across the world with planet watching and meteor showers just some of the highlights of what will be available to see in the night sky.
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.
After more than seven years of drifting in space, NASA’s Dawn spacecraft has finally achieved its primary mission of entering orbit around the dwarf planet Ceres. Becoming the first ever mission to achieve orbit around a dwarf planet, mission controllers with NASA’s Jet Propulsion Laboratory received confirmation this morning that the small orbiter had finally reached its destination.
Astronomers have discovered a new planet located in a system with three stars and another planet located in a system with not one, not two, not three, but four stars in the system.
A study by astrophysicists at the University of Toronto suggests that exoplanets - planets that are outside our solar system - are more likely to have liquid water, and therefore may be more hospitable to life than researchers originally thought.
While space agencies and astronomers alike have found that the outer fringes of our very own solar system holds small asteroids and chunks of ice, as opposed to life, it turns out that our investigation of the relatively small solar system is far from over. In fact, a pair of new studies published just this week reveal that we may be adding new members to the roster as at least two new planets larger than Earth are likely hiding beyond Pluto.
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.
Scientists have long believed that meteors were fundamental to the origins of our planets. Meteors contain minuscule spherical grains known as chondrules, and many have believed these chondrules collided with particles of dust and gas coalescing into protoplanets. However, according to a new study published this week in the journal Nature, this hypothesis may not be true.
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.