[ad_1]
An Indonesian coffin maker became a millionaire when a £ 1.4 million chunk of space rocks fell on the roof of his house. Hutagallong, 33, was at home when a football-sized meteor streaked through the terrace at the edge of the living room. Experts praised the space rock. The 4.5 billion-year-old meteorite is considered one of the most important meteorite discoveries ever made, and it is said that it could contain elements that give clues to the origin of life..
Hotagalung, in North Sumatra, Indonesia, has already sold the stone to a specialist and gave him enough money to retire and build a new church in his village..
He said: “I was working on a coffin near the street in front of my house when I heard a sound shaking my house. It was as if a tree had fallen on us, it was too hot to carry it, so my wife scooped it out. and took it inside. “
Receiving the equivalent of a 30-year salary for 2.2 kilograms of rocks, a good father of three vowed to use some of the money to build a church for his community, according to the Sun.
Jared Collins, an expert on space rocks, went to the house where the meteorite fell, and the American said: “My phone lit up with crazy offers for me to get on a plane and buy the meteorite, that was in the middle of the crisis From Covid and frankly it was an imbalance between buying the rock for myself or working with scientists and collectors in America, I took as much money as I could and went looking for Joshua, who turned out to be a skilled negotiator.
The meteorite fragments that were secured by a second collector are currently for sale on eBay for £ 757 a gram, valued at 1,839 grams, and the main rock is priced at around £ 1.4 million, according to the Sun, andCollins sent space rock to the United States, where it was purchased by an American collector who stored it in liquid nitrogen at the Arizona State University Center for Meteorite Studies..
The meteorite is classified as a CM1 / 2 carbon chondrite, and is an extremely rare species that scientists believe contains unique amino acids and other primitive elements necessary to ignite life itself.
