width: 50%; This makes life in the atmosphere of Jupiter highly unlikely. This makes it highly unlikely that this is biological contamination from Earth. That doesn't mean that there definitely is life, as we could be missing some other method of producing phosphine in the required amounts, but it's a very exciting possibility which needs more investigation. Jupiter is very different since it is a gas giant planet whose atmosphere is dominated by hydrogen, rather than carbon dioxide. It can be created in the atmosphere, on the surface, or below the surface. Phosphine can turn up on a planet in many different ways. What's more, scientists caution that it's unlikely that we'll find the source of the gas without investigating the clouds or surface of Venus directly – using some kind of spacecraft. Traces of phosphine in Earth's atmosphere are directly linked to human and microbial activity. The biosignature was detected by the Atacama Large Millimeter Array (ALMA) array located in Chile and the James Clerk Maxwell telescope located in Hawaii. 203-4920 Dundas Street West Toronto ON M9A 1B7. Venus is a scorching "hell planet" and would instantly kill a human, with surface temperatures reaching 880F. Shop. Scientists confirmed the presence of phosphine in Venus' atmosphere using the James Clerk Maxwell Telescope and Chile's Atacama telescope array. Professor Greaves said: "We emphasize that the detection of phosphine is not robust evidence for life. Related Videos. "However, we have ruled out many chemical routes to phosphine, with the most likely ones falling short by four to eight orders of magnitude.". Now, the out there might actually be on Venus, based on new research conducted by the Royal Astronomical Society. THE ROYAL astronomical society announced the exciting news on Monday that scientists have detected a gas associated with a sign of life in the acidic clouds of Venus. The possibility of contamination is there, but it is highly unlikely they could produce the amount of phosphine we see in these observations. A series of probes were sent to Venus during the 60s, 70s and 80s. by Royal Astronomical Society. At the Royal Astronomical Society press briefing on September 14th announcing the discovery, Sara Seager (MIT) spoke about the possibility of a collaboration with Rocket Lab. The significant announcement was made by the Royal Astronomical Society in a press conference on Monday. The team first spotted the phosphine using the James Clerk Maxwell Telescope in Hawaii and confirmed it using the Atacama Large Millimeter/submillimeter Array (ALMA) radio telescope in Chile.