The recent discovery of phosphine in the atmosphere of Venus has excited researchers and space fans around the world The reason people are so excited about this discovery is that phosphine hints that life may be present.However, when phosphine was first discovered, researchers were unable to explain how it got there
Most of the phosphine in Earth’s atmosphere is produced by living microbes, which means that the possibility of life on Venus cannot be ignored.However, scientists have also explored other conceivable possibilities for the phosphine in the atmosphere, including lightning, volcanoes, and meteorites Neither of these theories could produce the amount of phosphine detected in the Venusian atmosphere.
The project’s chief researcher is a British astronomer named Jane Greaves She says their discovery « is not solid proof of life » on Venus She says the discovery of phosphine is « an abnormal and unexplained chemistry », Noting that biological processes are only one possible origin. Just like Mars in the distant past, the surface of Venus would have had lakes or even oceans of water and mild conditions
Researchers say that if life had formed centuries ago, it could have adapted to spread in clouds Researchers also believe that another possibility of explaining phosphine is that life in the atmosphere of Venus, assuming there is, is from Earth Planets in the inner solar system have been documented to exchange materials in the past.For example, when meteorites crash into a planet, they can send rocks from that planet into space where they occasionally interact with the orbits of other planets
Researchers say rocks on Earth may have contained microbial life that adapted to live in the highly acidic clouds of the Venusian atmosphere There are known microbes on Earth capable of living in environments very acidic Another possibility is that there is truly alien life on Venus, able to survive the scorching surface temperatures of 400 degrees Celsius and thrive there today
Venus, Earth, Meteoroid, Atmosphere
News from the world – GB – Researchers theorize how phosphine ended up in the atmosphere of Venus
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