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Nanobots on Mars

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Unit 2 Assignment 2: New Technology in my Field-Research and Essay
Nanobots on Mars
Nanorobotics on Mars
Ryan Robert Smith
ITT Technical School

Abstract

Putting such large equipment on other planets is not altogether as we know the Mars rover Curiosity has made some amazing finds in its short time on the Martian surface, suggesting that Mars was once a wet and fertile planet. Although these findings still in their infancy and not fully substantiated it still gives us time for pause wonder and awe. However one of the main issues with Curiosity is its size. About the size of an SUV which requires more than a million pounds of fuel at an enormous cost to get to the red planet. Limiting its range and over all likelihood to be practical. With curiosity carrying around 165 pounds of research equipment to go even farther would be exponentially expensive. With nanobot technologies not only can we save on costs concerning such explorations, you can also save on logistics. We can send not one or tens or hundreds or even thousands but tens of thousands if not more nanobots out into the solar system at a much more reasonable cost and too many locations. The first nabobs could arrive on mars as a cloud of “smart dust” each one about one-one-billionth of the size of Curiosity. From a drop capsule these sand grain sized robots dropped from an orbiting spacecraft studying or merely passing by the Martian planet dropping them to ride Mars’s lower gravity (about 38% less than Earths) to ride together like a sandstorm sweeping over possibly thousands of square miles in a Martian Sol or day. Each one of these robot no bigger than a grain of sand would contain a nano processor, communication antenna for interacting with the other nanobots. Once on the Martian soil they would also be covered in an electrode-controlled shape-shifting polymer shell able to smooth or dimple its...

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