Life in the solar system cannot be completely lost when the sun begins its dramatic change in the red giant star. According to the new research, instead of potential housing, a short window can open on Yopa, Jupiter’s icy moon, according to new research. Scientists suggest that as the sun spreads and its living zone appears, Europa can temporarily offer suitable conditions for life, although this opportunity will continue for only a few hundred million years, which is running at the cosmic times, but not important.
Europa Sun can host microbial life for 200 million years after becoming a red giant
According to a new study by the Cornell University of the Carl Sagine Institute, published in the monthly notice of the Royal Astronomical Society, Red Giant can reach the orbit of the sun. Although Jupiter itself will remain unhealthy, its moon can get a lot of common temperatures from both the European solar radiation and the growing reflection of Jupiter so that parts of its icy layer can melt. This warming is below its frozen shell, which is thought to expose all levels of oceans or make vapor.
Researchers estimate that Europa levels will be significantly maintained on aspects of Jupiter, while the equatorial regions will suffer from water loss due to heat transport. Nevertheless, more water can be maintained in the northern and southern areas of the anti -Jupiter, which creates a slight water vapor. Scientists noted that this could secure the conditions needed to maintain life for 200 million years.
The brave era of earth history may have been a long time to flourish or endure microscopic life, especially if life grows somewhere under Europa’s ice. This search can open new avenues for Austro Biological Investigation, including future telescopes, with the ability to fishing for biochemicals on ice -covered moons, which is based on red giant stars.
Results such as Exomin Discovery can open a new chapter in this search, with the possibility that after humans die or destroyed, the Europa system can be the left of life in the solar system.
