Life in the solar system cannot be completely eliminated when the sun starts its dramatic change in a red huge star. Instead, according to new research, Jupiter’s icy moon, a brief window of potential habit on Europea may open. Scientists now suggest that such as the sun expands and its habitable area moves out, Europea can temporarily offer suitable conditions for life, although the opportunity will last only a few hundred million years, fleeting at the cosmic time, but not negligible.
Europa can host microbial life for 200 million years after the red giant of the Sun.
As New study From Carl Sagan Institute Cornell UniversityTo be published in the monthly notice of the Royal Astronomical Society soon, the energy production of the red giant sun may reach Jupiter’s orbit. While Jupiter will remain inhuman, its Moon Eurusa Increased reflections from both solar radiation and Jupiter can cause sufficient joint heat to melt parts of its icy crust. This warming has long been assumed to exist or evaporate the oceans to be present under its frozen shell.
Researchers estimate that Europe is facing surface BupeterWhereas the equatorial regions will face loss of water due to convection heat transport. Nevertheless, the northern and southern regions in front of Jupiter can maintain more water, creating a minor water-vapor environment. Scientists noted that it could preserve the conditions required to maintain life for 200 million years.
Ki Brefer Spain Earth History can be long enough for a long time to grow or tolerate for a long time, especially if life grows somewhere under the ice of Europe. This discovery can open new routes for astrobiological examination, which includes future telescopes, with fishing ability to biosignatures on snow -covered moon -covered moon -covered moon -covered moon that revolves around red huge stars.
Conclusions such as the Endomoon Discovery can open a new chapter in the discovery, with the possibility that after humans die or destroy themselves, Europea can be all that is the remains of life in the solar system.