Analysis of the Mars One Programs

The idea of ​​Martian colonization is considered a long process, but researchers believe this is possible. Someday I think there is another planet like the Earth. However, researchers in the Mars-one program are studying ways to do this. Mars is about 35 million miles away from the Earth, so one of the most difficult parts is there (UCSB). In order to make Mars a colonial success it is necessary to know how to get there, who to go and how to survive there. Mars is much far from the moon, so many people think that a larger spaceship is needed to get there, but that is not the case.

The Mars 1 M program (sometimes called Marsnik in the western media) was the first Soviet unmanned explorator interplanetary exploration program including two fly-by detectors launched to Mars in October 1960 (Mars 1960 A and Mars 1960 B ). Korabl 4 and Korabl 5). After launch, the mooring orbit of the earth was not achieved because the third stage pump of both transmitters was unable to generate sufficient pressure to initiate ignition. The spaceship reached a height of 120 km before entering again

Mars 1 (1962 Beta Nu 1) was an interplanetary spacecraft launched on Mars on 1 November 1962. It was the first probe of the Soviet Mars exploration program to achieve interplanetary trajectory. The aim of Mars 1 is to take photographs of the Earth's surface by flying about 11,000 kilometers on the earth and send back data on space radiation, micro-meteorite collision and Mars's magnetic field, radiation environment, atmospheric structure, and possible organic compounds is. . A total of 61 radio transmissions were made, several planetary data were collected at the beginning every 2, 3 days, and every 5 days. On March 21, 1963, when the spacecraft was 106,760,000 kilometers away from Earth on the way to Mars, communication stopped due to failure of its antenna-oriented system.

I have read many articles about the possibility of providing artificial magnetic field to Mars. By creating a satellite with technology on Mars L1 (orbital sun around Mars, the balance of solar gravity and Mars gravity, and the satellite is always between Mars and the Sun), it generates a strong magnetic field can do. However, even if the idea is well understood and written, we can not find a reliable mathematical proof to study the practical feasibility of that concept. So I made it!