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In 2012, precisely on August 6, the Koryoite Rover spacecraft landed on Mars to search for life. This event sparked a worldwide outcry and people's expectations about whether there was life on this mysterious planet, especially as scientists confirmed the resemblance between him and the planet. They predicted that the planet would have gone through the same state of Mars thousands of years ago.
NASA scientists have been able to detect ice water, micro-organisms that have allowed them to better understand the nature of the planet and to know if other beings live there.
The years have pbaded and the talk about the life of Mars has stopped, but scientists are continuing their research. NASA is therefore about to develop ways to create viable stand outposts on other planets, while completing another phase of the challenge in the United States.
Five teams from all over the United States won a prize of US $ 100,000 during the final phase of the "Three-dimensional Printing Shelters" contest organized by NASA and Bradley University in Peoria, in the United States. l & # 39; Illinois.
How did the challenge start and what is its purpose?
The winners managed to create digital representations of the physical and functional properties of a home on Mars using specialized software tools, according to a statement posted on NASA's official website. The goal of this challenge launched in 2014 – Deep Space.
The challenge of the three-dimensional shelter is to promote the development of sustainable shelters that will someday occupy the Moon, Mars or beyond, by motivating citizen inventors to develop new technologies capable of creating addictive habitat using original resources with or without recyclable materials.
3D technology on Mars
NASA has announced the successful construction of three-dimensional homes on Mars, christened Marsha, as well as the vertical housing built by First Space Research and Architecture. .
The vertical design reduces the atmosphere of Mars by reducing the movement of the construction vehicle, which allows it to print in a stable state. At the same time, ground infrastructure design is dedicated to gravity and wind.
The design also includes Mars subjected to internal pressures and structural constraints. The case consists of two layers, one of an outer shell attached to the ground for protection against high winds and the other for life. The four-storey house includes a kitchen and bedrooms, as well as two laboratories, Sec.
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