Meteorite dropped in UK, very rare,History of life on earth will be known.
There has been a new revelation in the case of a meteorite falling in Britain. It is being told that this meteorite is very rare and special. This can open many secrets about life on earth.
LONDON:-
The meteorite dropped on 28 February in the UK is of a very rare nature. This can reveal the history of solar system and life on earth. Scientists have recovered this meteorite of about 300 grams from Winchcombe town. This meteorite is made of carbonaceous condrite. This substance is made up of the oldest and earliest material of the solar system.
Organic material and amino acids are found inside this substance which is necessary for life. The Natural History Museum of London said that the meteorite piece is in very good condition. It was recovered soon after the fall. This meteorite can be compared in quality and size to samples brought from space missions.
On February 28, giant meteorites were seen falling from the sky
Richard Greenwood, researcher at The Open University, said, "I was surprised when I saw it. I immediately understood that this is a rare meteorite and is very special in itself. Greenwood is the first scientist to have identified the meteorite. Let us know that in the UK capital London, Birmingham, Bristol and other areas, a huge meteorite was seen falling from the sky on 28 February.
People were frightened by the fall of the meteorite. Many people tweeted that they had never seen such a huge meteorite before. Many people were successful in making a video of Meteor fall and they have tweeted and shared it. It is being told that the meteorite fell from the sky at around 10 in the night. It was seen all over Britain. Meteorites usually travel thousands of miles per hour, but when they enter the Earth's atmosphere they burn and light very fast. One user, Shane Mann, said that I have just seen a meteor falling in west London. It is shocking. '
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| According to the UK team studying this, for the first time such a material has been found on the surface of an asteroid. The team says this is a major discovery that can rewrite the history of life on our planet. Actually, the meeting of organic matter on asteroids seems like the development of life on earth. The study's lead researcher, Dr. Queenie Chan, told MailOnline, "Organic matter does not directly indicate life, but it shows that early material is present on Earth to produce life on Earth." Itokawa has been making water and organic matter from billions of years by taking material from other space-bodies. |
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| It has been said in the study that in a catastrophic event, the asteroid must have been very hot, its water may have been exhausted and then it may have broken. Despite this, it rebuilt itself and with the help of meteorites filled with dust or carbon coming from space, it started watering again. In this study, it has been shown that S-type asteroids, from where most asteroids come to Earth, have the necessary material for life on them. Chan explained that like carbonaceous asteroids, these rocky asteroids may not have much carbon-rich material but their chemistry and the amount of water is similar to that of our early earth. |
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| The special thing is that if there is another planet like Earth in our universe, then it can produce asteroid life like Itokawa. Now the origin of life on Earth is given attention to C-type carbon filled asteroids. Dr. Chan said that this discovery shows the importance of bringing samples from asteroids to the earth. Only one particle of Itokawa dust, named Amazon, its study has preserved the primitive and warmed process organic matter before it is heated. This showed that the asteroid had ever encountered temperatures of up to 600 ° C. Dr. Chan says that by looking at the primitive organic matter, it can be said that it must have arrived when the asteroid had cooled down. |
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| Last year, JAXA's Hayabusa 2 capsule returned to Earth from a sample from Ryugu, an asteroid close to Earth. The Hayabusa 2 mission was launched in December 2014. It arrived at Ryugu in 2018 and samples were collected in 2019, some of which were below the surface. The Hayabusa 2 capsule is the first time a rocky sample-taking mission has taken place from the inside of an asteroid. This is the second time that a material untouched by an asteroid has been brought back to Earth. Scientists hope that with the help of samples, answers related to the origin of life on Earth will be available. Valuable data can be found in samples taken from the asteroid surface as there is no effect of space radiation and other factors. |
'This meteorite fell on Earth at a very slow speed'
The organization that monitors the British meteorite tweeted, "It seems that many people in Britain and Ireland were able to see the meteorite that came around 9:55 pm. It is being told that this meteorite fell on the earth at a very slow speed. Meteorite falls became a topic of discussion throughout Britain. Thousands of people have watched the video of Meteor's fall so far.
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