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Iron and nickel pellets from Tunguska
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Iron and nickel pellets from Tunguska
Iron and nickel pellets from the Tunguska impact. In 1908 a large astronomical body exploded above Tunguska, Siberia, Russia. The energy released was equivalent to around 1000 times that of the Hiroshima A-bomb. Although there are many theories as to the type of body involved, one of the more credible, propounded by British astronomer Francis Whipple, is that it was a comet which exploded around 7.5 kilometres above the surface of the Earth. This mineral sample was taken from the site, to be studied, to help scientists understand the nature of the explosion and the composition of the exploding object
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Media ID 6344097
© RIA NOVOSTI/SCIENCE PHOTO LIBRARY
Comet Geological Impact Iron Krasnoyarsk Metal Meteorite Mineral Mineralogy Minerals Nickel Pellet Russia Tunguska Mono Chrome
EDITORS COMMENTS
This print showcases iron and nickel pellets collected from the Tunguska impact site in Siberia, Russia. In 1908, an extraordinary event unfolded when a massive astronomical body exploded above Tunguska, releasing an astonishing amount of energy equivalent to approximately 1000 times that of the Hiroshima A-bomb. Scientists have long been intrigued by this cataclysmic incident and have put forth various theories regarding the nature of the celestial object involved. One particularly credible hypothesis, proposed by British astronomer Francis Whipple, suggests that it was a comet which detonated roughly 7.5 kilometers above Earth's surface. To unravel the mysteries surrounding this monumental explosion and gain insights into the composition of the disintegrating entity, researchers extracted mineral samples from the impact site for thorough examination. This specific sample presented in the photograph offers valuable clues about both iron and nickel content within these extraterrestrial materials. The monochrome aesthetic adds a sense of intrigue to this image while emphasizing its scientific significance. By studying these minerals meticulously through mineralogy techniques, scientists hope to shed light on not only the explosive event itself but also gain deeper understanding about our universe's vast array of celestial objects. This remarkable print is brought to you by Science Photo Library—a testament to their commitment in capturing awe-inspiring moments in science without any commercial intent.
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