Signals first detected by the NASA Kepler Space Telescope launched back in 2009. A group of scientists led by David Kipping found the first exomoon circling an exoplanet called the Kepler-1625 from an estimated distance of 4,000 light years away. Kipping’s team identified the exoplanet by observing the dimming of the stars when they pass between the earth and the planet. The same method applies for exomoon detections.
The presence of an exomoon could also be a realization how moons formation in the alien world and its orbit around the huge exoplanet. Coauthor Alex Teachey, a graduate student at Columbia University, states that they want to confirm the detection first with the Hubble Space Telescope if the signal stands before they can claim such discovery. The Hubble confirmation will be in October 2017, reports National Geographic.
Kepler Space Telescope’s detection of other alien worlds
Before the detection of signals from the exomoon orbiting the exoplanet, Kepler had found over 2,000 alien worlds and about 4,000 candidate exoplanets. In the month of June 2017, the space based observatory found an additional 219 exoplanets with possibilities of having earth like environment which is habitable for the human race.
If the confirmation holds with the Hubble Space Observatory, The exomoon could be bigger than Ganymede, Jupiter’s moon. Astronomers support their observations as the alien planet had been monitored to pass by from the earth’s point of view and the Kepler-1625b. The alien moon dipped in brightness every time it moves by these focal points, reports Mail Online.
As of now, the exomoon and its orbited exoplanet are just candidates for the discovery. The Hubble Space Telescope will make or break the detection of the alien moon and its exoplanet.