The artificial amoeba

Picture I

Kimmo Huosionmaa

I have written about this thing before, but there is something, what came in my mind about the flexible robot, what is called as "an artificial amoeba. How amoeba moves on the ground, and what we will do about that information? This is one of the most interesting things, what we can think if we will build an artificial amoeba. An artificial amoeba means the robot, what can change its form and slip in the structures by using small holes, and this kind of robots would be most valuable for intelligence and assassination missions. In the last one, this thing would slip in the human body and dam the aorta or the veins, what take fresh blood to the brains, what will cause the massive stroke.

A robot, what is mentioned as artificial amoeba would be actually the silicon or plastic bag, where is installed small iron bites. The outer layer of this robot would be solid, and the structure would be filled with water-type silicon, what protects the computers and other systems, what are made for controlling this system.

The electricity for this thing would be creating with small power cells, what can use alcohol or some other hydrocarbon for creating electric power, what this system needs for creating the electricity for the electronics and other systems. This thing would use small size CCD-cameras for creating the image of the surrounding space, and they can also use microphones for recording the voice.

But how this robot can change the shape and act like the natural amoeba? The idea of the iron bites, what is installed on the solid core is that they can help to change the form of this robot bag, and this thing would happen by pulling them with magnets, what are connected with the microchip, what is inside this bag, and this microchip can be made by using flexible material. The movement of this thing is quite easy. Inside the bag would be magnetic rolls, what would spin the outer layer like the track, and this would make possible to make artificial amoeba, what would move on the ground and water.

Picture I

https://www.carleton.edu/curricular/MEDA/classes/media110/Zimmermann/t2/floor.gif

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