As difficult as that could be to judge, Professor Milton Wainwright, the teamâs chief, insists that this is certainly the case.
The team, out of the University of Sheffield, exposed the tiny organisms (misleadingly referred to as âbugsâ by quite a lot of demanding journalists) living on a research balloon that was sent 16.7 miles into our environment during last monthâs Perseids meteor shower.
In keeping with Professor Wainwright, the microscopic creatures could not have been carried into the stratosphere by the balloon. He said, "Most people will imagine that those biological particles have to have just drifted up into the stratosphere from Earth, but itâs generally accepted a particle of the size found can't be lifted from Earth to heights of, as an example, 27km. The one known exception is by a violent volcanic eruption, none of which occurred within 3 years of the sampling trip."
Wainwright maintains that the only salient conclusion is that organisms originated from space. He went on to mention that âlife just isn't restricted to this planet and it almost certainly did not originate hereâ
However, not everyone seems to be so convinced. Dr. Seth Shostak, senior astronomer for the SETI (Search for Extra Terrestrial Intelligence) project remarked, âIâm very skeptical. This claim may be made before, and dismissed as terrestrial contamination." The team responds to that by saying that they were thorough when they prepared the balloon before the experiments began.
Yet, they'd acknowledge that there might be an strange reason for these organisms to achieve such altitudes. It must also be renowned that microbal organisms discovered within the 1980âs and 1990âs and named âextremophilesâ surprised the scientific community by living in environments that would instantaneously kill the bulk of life on earth.
These creatures have always been observed living deep under Glacial ice and even 1900 feet below the ocean floor. In March of that year, Ronnie Glud, a biogeochemist in the Southern Danish Uni in Odense, Denmark was quoted as saying "In the most remote, hostile places, you can even have higher motion than their surroundings," which "Yow will discover microbes everywhere - they're very compliant to conditions, and survive where they're," so it seems more plausible that either the team is in error, or that this is simply another case of microscopic life showing up in an extraordinary place.
In addition, it is not the very first time this unique team has come under fire for stating such statements, either. Back in January of this year, astrobiologist Dr. Chandra Wickramasinghe reported that âfossilsâ found inside a Sri Lankan meteorite were testimony of extraterrestrial life, an assertion that is extensively criticized by scientific community.
Other scientists have complained that there simply is not enough evidence to generate a great claim, as the theory this vital would want a sizable body of proof to confirm its validity.
What that says to the reporter is that microorganisms can exist basically anywhere which it simply isnât good science to jump to wild conclusions like aliens each time a more plausible explanation is most probably present. Science shouldnât be subject to such wild leaps of fancy. Imagination is a great aid to science, however it isn't a science in and of by itself. Sadly, Dr. Wainwright and his group look to be seeing exactly what they need to see.
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