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Spectacular photos taken by the spacecraft Rosetta during its journey of 4 BILLION miles to reach a comet show strikingly one of the most important scientific voyages of this century.
- Images taken from the Rosetta Space Shuttle show incredible close-ups of the space rock of a width of 4 km
- The comet 67P / Churyumov-Gerasimenko orbits around Jupiter as part of a mission of the European Space Agency
- The Rosetta spacecraft has orbited the comet for over two years, between 2014 and 2016
- The high-resolution imaging of the probe shows the activity of comets in every detail never seen by scientists
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Incredible images captured by the Rosetta spacecraft fascinatingly show comet 67P / Churyumov-Gerasimenko.
New high-resolution images, published as part of an extensive archive of 70,000 photos, show the activity of comets in the smallest detail that scientists have ever seen.
The Rosetta spacecraft, cited as one of the most important scientific voyages of the century, has orbited the 2.5-mile-wide space rock orbiting the planet Jupiter – between 2014 and 2016.
High resolution images include cracks, high rock walls and spectacular "dust fountains", which form when solar radiation causes the eruption and bursting of parts of the comet's surface.
They were published by the European Space Agency who led the mission and posted the complete archive of images.
The archive is a joint project of the University of Applied Sciences Flensburg and the Max Planck Institute for Solar System Research.
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Incredible images captured by the Rosetta spacecraft have just been released as part of a huge archive of 70,000 photos. They highlight the key features of comet 67P / Churyumov-Gerasimenko
The images were captured on Rosetta's Optical Imaging, Spectroscopic and Infrared Remote Imaging System (OSIRIS), and show the comet's activity in more detail than ever before.
Some plans show parts of the comet's surface cracked by the explosion of jets of ice and dust as it approached the sun.
The revolutionary Rosetta probe was the first artificial machine to orbit a comet and put a module on its surface in 2014.
Along with Philae, his lander module, Rosetta conducted a detailed study of comet 67P, whose spacecraft flew over Mars and the asteroids 21 Lutetia and 2867 Stets.
The purpose of the mission was to explore the small frozen worlds and give clues to the initial solar system, as such comets are representative of what the solar system looked like billions of years ago. .
Rosetta's mission ended as planned in 2016 with a controlled impact on the 67P comet she had been investigating for more than two years.
Over the next two years, he has produced a wealth of data, providing valuable clues about the origins of the solar system and life on Earth.
One of his key discoveries is an unusual form of unusual water on Earth, suggesting that comets similar to the 67P were not responsible for creating the oceans on our own planet.
Comet: The photographs of the Rosetta spacecraft, published by Thames & Hudson, will be released at the end of the month. Pre-order here
The images include strange cracks, high rock walls and spectacular "dust fountains", which form when solar radiation causes the bursting and explosion of parts of the comet's surface.
The breathtaking photos taken by the Rosetta spacecraft allow the viewer to transport themselves into the void of space and explore one of the universes. Here, an image of Mars taken from the spaceship
Aerial view of the smaller lobe of the 67P. The scientists gave nicknames to different areas of the comet. Here we see Hathor, on the small illuminated lobe, between Anuket and Ma & # 39;
One of his key discoveries is an unusual form of unusual water on Earth, suggesting that comets similar to the 67P were not responsible for creating the oceans on our own planet. Here, a close-up of 67P
WHAT IS COMET 67P AND THE ROSETTA PROBE?
Comet 67P gravitates around Jupiter at the rate of once every six and a half years
The comet, known as "67P / Churyumov – Gerasimenko", or simply 67P for short orbit, revolves around Jupiter every six and a half years.
It was named after the two Soviet astronomers who discovered it in 1969 and measures about 2.7 on 2.5 km (4.3 km to 4.1 km) at its longest points and the larger ones.
The comet was at the center of the Rosetta mission of the European Space Agency, launched on March 2, 2004.
Rosetta was sent to study the comet's activity and to launch a lander probe on its surface, called Philae.
Rosetta reached 67 ° P in 2014 and crashed into the comet last September after the end of her reconnaissance mission.
New details from the probe readings are still up to date today as scientists examine Rosetta's beautiful images.
The ESA Rosetta mission was launched in March 2004 to comet 67P / Churyumov – Gerasimenko. He finally arrived in 2014 and studied the comet for two years before ending his mission with a controlled surface crash.
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