Polonnaruwa meteorite shows life in outer space

Most important find in 500 years



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by Walter Jayawardhana


A meteorite that recently landed close to the ancient city of Polonnaruwa, has been described as the most important scientific discovery in the last 500 years, as it carried "compelling evidence of life" from outer space.


The scientists who discovered the contents of the meteorite said, "We report here the first compelling evidence for life existing outside the earth."


Following extensive lab work in the United Kingdom and Sri Lanka four scientists, in a paper said, "We report the discovery for the first time of fossilized diatoms in a carbonaceous meteorite that fell on 29 December 2012". Diatoms are a variety of algae.


They firmly said contamination, a hazard scientists face when examining things that fall from the sky to the ground, is excluded in the meteorite they have named Polonnaruwa.


The four scientists, Chandra Wickramasinghe, J. Wallis, D. H. Wallis, and Anil Samaranayaka said there were also structures in the meteorite similar to the red rain cells that fell within days in the area.


The team, in a paper to be published in the Journal of Cosmology, added, "The new data on fossil diatom provide strong evidence to support the theory of Cometary Panspermia" - a theory that says life came to our planet earth and other worlds hitchhiking on comets from far corners of the universe.


The leader of the team, Professor Chandra Wickramasinghe, from the Buckingham Centre for Astrobiology in UK told this correspondent, "I think the discovery of an unequivocal microbial structure such as a diatom, deeply trapped in the rock matrix, proves beyond doubt that this life existed in the parent comet from which the meteorite was derived. The highly intricate and woven patterns on the outer shells of diatoms are impossible to generate by any other process than biology.


This could ultimately turn out to be the most important scientific discovery in 500 years. The cosmic ancestry of humans becomes ever more securely established."


"People might try to say that what we found were terrestrial contaminants. Contamination after landing on Earth is ruled out absolutely because of the way the diatoms are woven between the rock matrix. In any case we found many diatom types that are not known to be present on the soil where the meteorite landed."


The scientists said minutes after a large fire ball seen by a large number of people in Sri Lanka on 29 December 2012 a large meteorite disintegrated and fell in the village of Aralaganwila located few miles away from the historic city of Polonnaruwa.


At the time of entry into the earth’s atmosphere, on 29 December 2012, the parent body of the Polonnaruwa meteorite would have had most of its interior porous volume filled with water, volatile organics and possibly viable living cells. The scientists said a remarkable coincidence was the red rain.


They said the red rain analyzed at the Medical Research Insitute in Colombo contained red biological cells that show spontaneous movement and the ability of reproducing. Abnormally high in arsenic and silver they are connected to a non-territorial habitat, possibly connected with a cometary asteroidal body. The four scientists said the Polonnaruwa meteorite was a result of a fragmentation of such a body.


The electron microscopic studies of the Polonnaruwa meteorite had been done at the School of Earth Sciences of the Cardiff University, in Wales.


The scientists said in the meteorite microfossils rather than living cells were seen. They said in the meteorite, the Doughnut shaped structure seen has a striking similarity to Kerala red rain cells and the cells contained in the red rain that followed the meteorite fall in the Polonnaruwa area.


They said contamination was decisively ruled out in the meteorite since the structure was deemed to be fossilised and fossil diatoms were not present on the surface of the ground where it fell. The scientists said contamination was excluded by the circumstance that the elemental abundances within the structures match closely with those of the surrounding matrix. There is also evidence of structures morphologically similar to red rain cells that may have contributed to the episode of red rain that followed within days of the meteorite fall. They said, "We conclude therefore identification of the fossilized diatom of the Polonnaruwa meteorite is firmly established and unimpeachable."


They also said," Since this meteorite is considered to be an extinct cometary fragment, the idea of microbial life carried within comets and the theory of cometary panspermia is vindicated."


The paper said, "The universe, not humans, must have the final say to declare what the world is really like."


 
 
 
 
 
 
 
 

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