Earlier this month, researchers discovered traces of phosphine in the clouds of Venus, a molecule that is simply formed on Earth as a byproduct of life. A new study suggests that phosphine may be emanating from our planet.
Research from Harvard University’s astronomy department suggests that asteroids that grazed the Earth’s atmosphere in the past – an estimated 600,000 – may have been microbes living in the atmosphere and brought them to another planet from the solar system. System.
Researchers, Amir Siraj and Abraham Loeb, wrote in the study: “The abundance of terrestrial life in the upper atmosphere is unknown. The article writes. Abstract “As a result, the origin of possible Venus planetary life may be fundamentally obscure from terrestrial life.”
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The research, which has not yet been peer-reviewed, is published on a pre-print archive server.
A study by Siraj and Loeb, known as Panspermia, hypothesized that life on one planet originated from microorganisms in outer space and migrated to another. In a recent memoir, it has been suggested that life on earth may have begun this way.
Other theories suggest that life may also have originated from comets and asteroids throughout the universe.
Several previous studies have discussed the idea of panspermia, including one earlier this year, suggesting that comets could provide an “essential element” for life on Earth.
In 2019, NASA found sugar molecules on two different meteors, adding confidence to the idea that asteroids play a crucial role in supporting life.
In December 2017 a meteor struck the atmosphere of South Australia Australia, causing the fireball to last more than 90 seconds. After traveling more than 800 miles in the atmosphere, the 132-pound meteorite flew back into space, according to a paper published in December 2019.
Siraj and Loeb wrote in the study that additional research is eventually needed to prove the theory.
The researchers explained that “more work is needed to investigate the existence and abundance of microbial life in the upper atmosphere, especially at an altitude of 85 km.” In addition, if life is detected by a direct probe sent into the atmosphere of Venus, It will be necessary to calibrate the abundance of life as a function. “
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Venus, the so-called “evil twins of the Earth”, has an extremely harsh atmosphere, with a surface temperature of 864 degrees Fahrenheit. It’s too hot to support life, but NASA recently said it intends to explore the planet. In July, researchers revealed that Venus has about 40 active volcanoes on its surface.
Separately in July, many researchers argued that moving to another planet in the solar system could have benefits for human defense towards Mars.
In late 2019, NASA said it was working on a sting-like spacecraft to explore the planet, which has more volcanoes than any other celestial body in the solar system.
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