| Establishing the basis of terra-forming | ||
| What few people realise is that at the formation of our solar systems, there were two iron planets created within the life zone- Earth and Mars. Every evidence indicates that water once flowed on the surface of Mars. Yet for whatever reason, Mars was destroyed as a livable planet. | ||
| No greater respect can humanity show to its solar system than to help repair the mechanics for life on Mars and bring life back to Mars. | ||
| The first major engineering project of Marsphere will be to launch powerful tug systems that will alter the orbit position of the two moons of Mars into an approximate orbit replicating life ratios. | ||
| In the first instance, Phobos will be pushed out of its orbit of around 9,377 km to a stable orbit around 36,000 km. Deimos will also be pushed out from around 26,000km into the same stable orbit pattern and joined together as extensions of the Phoenix station through connector arms. | ||
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| Marssphere will then launch large unmanned energy spheres to act as a large energy field around the two Moons simulating a cohesive whole. One this system is established, the power of the reactors will attract dust from the interstellar and Martian upper bands. | ||
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| Marssphere will then launch large unmanned energy spheres to act as a large energy field around the two Moons simulating a cohesive whole. One this system is established, the power of the reactors will attract dust from the interstellar and Martian upper bands. | ||
| At the same time, the atmosphere of Mars will begin to compress. As the density of the Martian atmosphere at lower levels increases to a critical point, the environment will enable the assembly and existence of molecular clouds and oceans. It will begin to rain on Mars. | ||
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| Slowly over years what was once two large asteroids will have begun to constitute the shape of a cohesive whole Moon. At a stage where the solidity of the newmoon reaches 60% from the compression of attracted matter, the newmoon will need to be pushed to a higher orbit to maintain the rapid climactic change of Mars. | ||
| Eventually, within the space of only a few hundred years, the requirement for human created machines to maintain the process will become less and less important. A point will be reached whereby Mars itself will take over the orbit position of its newmoon and self regulate its life. | ||
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