Many parameters are observed for the search for life on any other planet besides Earth. Life on an exoplanet that orbits a star is possible when its distance from its star is precise for heat and light, where the atmosphere is also thick enough, water is present, and oxygen is also present. A recent study found that planets tilted to one side while orbiting the star are more likely to have more advanced and complex lives.
advanced alien life possible
In this study, it was discovered that due to the tilt of a planet on its axis, more oxygen is produced in the oceans. In fact, it allows better recycling of biological elements. At the corner of the earth, better conditions are created for microorganisms and the metabolism is also better in larger organisms. This increases the possibility of producing more complex and underdeveloped organisms with simple organisms that produce oxygen.
understood through the model
According to principal researcher Stephanie Olson of Purdue University, the researchers prepared a model in which the conditions necessary for life were maintained. A change in a condition was used to understand the amount of oxygen and the effect on the organisms that produced it. Oxygen has been found to increase due to longer days on a planet, higher surface pressure, and the formation of continents.
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What is the first discovery?
This researcher was presented at the 2021 Goldschmidt geochemistry conference. In another research carried out some time ago, astronomers prepared models of the possibility of life on such planets where water is present. They found conditions whereby the oceans could be made increasingly better for life. So far, more than 4,000 exoplanets have been discovered.
Water is very important for the basis of life, and some of them are located such a distance from the star that they orbit that water is present in liquid form on their surface.
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