Scientists are continuously trying to discover alternate habitable planets. For the discovery of habitable planets, the experimental aspects of various planets are continuously being examined. Scientists have recently conducted an experimental study on Venus. Scientists had already assumed that there are so many planetary satellites in the solar system, in which the planet Venus is the most difficult to live in. However, the researchers found that animals could live in very severe conditions of the planet. The results of the study have been published in the Astrophysiology Journal
Studies show that the reason for the difficulties of living on Venus is its acid cloud. And alien animals can live in the atmosphere of this acid cloud. Researchers say they have tested Ultraviolet Rays on Venus and found that there are sulfuric acid and light-absorbing material. Various studies in the world have shown that in spite of these ingredients, germs can save lives.
Researchers Sanjay Limayi, head of the Wisconsin-Medesion Space Science and Engineering Center, said that Venus has got many time to adapt to the change. If there were animals, they also got the time to adapt to this change.
Earlier studies have shown that there was an environment to live up to two billion years ago on a planet called Venus. It is seen in computer modeling that at that time the sperm was suitable for human habitation. Maybe it was in the sea so that the water was in liquid water. Temperature was also tolerable. The size and structure of Venus is similar to the Earth.
Its characteristic characteristics were completely different from that of the present Venus. Now its surface temperature is 864 degrees Fahrenheit. It is much better than the temperature that is needed in the lead throat. Its environment is full of carbon dioxide and nitrogen. Venus is 90 times more thin than Earth.
Since the beginning of the solar system, Venus has received plenty of sunlight. As a result, the ocean water evaporates. Finally the planet becomes very thin, which is full of carbon dioxide.