Scientists and researchers discussed the future of exoplanet discoveries. After discovering many exoplanet candidates in the past, scientists couldn’t just stay still.
An extra orbital planetary system 61 Virginis is one of the interesting systems, and the international astronomers continue the research of the debris disk in that planetary system.
The super-Earth exoplanet was recently discovered that may possibly possess any signs of life. A super-Earth was discovered by astronomers from nearby exoplanets.
An expert in statistical and mathematics from Institute of Cosmos Sciences at the University of Barcelona has constructed a statistical model to predict the dry land in the exoplanets and he finds the planets are lacking dry land to sustain life.
Find out details about Venus' discovered twin, GJ 1132b here. The possible twin of Venus, which is considered as "arguably the most important planet ever found outside the Solar System" was reported to have been discovered.
From the moment they were discovered by NASA's Dawn spacecraft, the two bright spots on Ceres have fascinated scientists and amateur astronomers across the world. What are they and why are they there? Scientists believed that once Dawn reached orbit they would be able to learn more about these two mysterious spots, but even now they remain a mystery. NASA has made an unusual move by inviting the public to weigh in on what they believe is the nature of these two bright spots.
An international team of astronomers says they have managed to take the first visible light spectrum from an exoplanet, giving them yet another new tool to probe the nature of the exoplanet known as 51 Pegasi b, otherwise known as “hot Jupiter.”
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.
According to calculations by scientists at the Complutense University of Madrid and the University of Cambridge, not one, but at least two dwarf planets must exist beyond Pluto in order to explain the orbital behavior of extreme trans-Neptunian objects.
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.
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.
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.