Medicine & TechnologyAn 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.”
In February, Mars and Venus put on quite a show in the skies above. Determined not to be outdone, Jupiter, the fifth and largest planet in our solar system, will put on a show of its own along with its moons during the month of March.
Though researchers have studied the four natural satellites orbiting around Jupiter, a new set of images courtesy of the NASA/ESA Hubble Space Telescope reveals a rare new view of three of the moons in action. In a rare, and short-lived event, three of the moons moved across the striped face of the gas giant, casting shadows on the planet below.
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.