The discovery of phosphine in Venus’ atmosphere has excited researchers and space enthusiasts around the world. The reason people are so excited about the discovery is that phosphine implies the possibility of life. But what scientists can’t explain is how these phosphines are produced? < / P > < p > most phosphine in the earth’s atmosphere is produced by living microorganisms, which means that these organisms are also produced on Venus. But scientists have also explored other hypothetical possibilities for phosphine in Venus’ atmosphere, including lightning, volcanoes and meteorites. But none of these theories produced the amount of phosphine detected in Venus’ atmosphere. British astronomer Jane Griffiths said the discovery was not “the strongest evidence of life on Venus.”. She said the discovery of phosphine was an abnormal and unexplained chemical phenomenon, and pointed out that biological processes were only a possible origin. Much like Mars in the distant past, the surface of Venus is thought to have lakes and even ocean water and mild conditions. < / P > < p > the researchers say that if life did form hundreds of years ago, it might have adapted to its spread through the clouds. Another possible explanation for phosphine, the researchers believe, is that life in Venus’s atmosphere (hypothetically) came from earth. Planets in the solar system have been known to exchange matter in the past. Occasionally, when a meteorite from one of the planets falls, it can send them into orbit. After 12 years, “world class Super project” Shantou Bay Tunnel ushers in a historic breakthrough today