The artificial amoeba could be the real-life version of T-1000 robot.

Picture I

http://kimmontaidearvioita.blogspot.com/p/the-artificial-amoeba-could-be-real.html

Kimmo Huosionmaa

There are many juridical and ethical problems with nanotechnology, and one of them is connecting to the artificial amoebas or the liquid robots, what can change their form. Nanotechnology is one of the most complicated things in the world, and here I'm writing about molecular nanotechnology, what is very easy to weaponize. This technology is, of course, meant for peaceful purposes, like giving the cure for cancer, but the same systems can be used as weapons. One of the most elegant ways to make nanomachines is using the oil, and the molecules of that thing would be connected with the iron atom.


That atom allows controlling those oil molecules by using the magnetic field, and that material can be used for making the artificial amoeba. That amoeba would be in the future the real-life version of T-1000 robot from the Terminator movies. That mass would be controlled by small size microchips, what would transform the shape of this mass by magnets. And that liquid robot can move like the amoeba.


Those small size microchips can be equipped with detectors, what allows it to track the persons or chemicals in some area. And when the target would be allowed to eliminate, this liquid machine just slip in the body by the sweat gland. After that this machine would just close the blood vessel in the targeted person brains. There are many legal problems with that technology, and one of them is, should this kind of machine classified as the chemical weapon, or should the international community make some kind of contract about this kind of technology?


When we are thinking about this kind of liquid robot, we might also ask one question: would it use against the opponent's leader in the situation where the use of the weapons of the mass destruction would be possible? Those liquid robots can slip into the water system, and then they could find their target and eliminate that person. Those machines can also slip in the computers, and cause the short circuits in the microcircuits. They might be equipped with extremely small size rechargeable batteries and those microchips could work as the network, what would make those robots independently. Those batteries could be loaded by using similar wireless chargers that are used with mobile telephones. In this scenario, the drones could carry those chargers and give electricity to that machine.

Picture I

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

Could the car of tomorrow change their shape like the amoeba?

(Picture 1)

Kimmo Huosionmaa

Some ideas of the nano-technology seem like SciFi, and they look like "too technical". But we must remember, that yesterday's SciFi is today's reality. And when we are talking about the nano-dough, what could take any form, what it wants, we must remember, that there is only the very large mass of those tiny artificial molecules needed, when they could take the shape of the big object.


But maybe some days of the future, that thing could be possible. In that mass would be tiny nano-sized microprocessors, what would control that dough, and they might have the capacity for using artificial intelligence to control that artificial amoeba. The nanotechnology makes very many advantages for every product in the world.


When we are looking at the opportunities of that technology, we even cannot imagine how wonderful, effective and frightening is this new material-technology, what can revolutionize almost everything in the world. At tomorrow we might just upset the mass to the ground, and then that dough will formatting itself as the shape of the house or even the car. In theory, nanotechnology will make possible to build the "Kitt 2000"-type automobile, what can be reformatting the shape anytime, when it needs another shape.



The motor would be not the problem, and in theory, the nano-dough can also use as the motors, what would be liquid, when those nano-machines would not need anymore. This theoretical robot-amoeba could take any form when it needs, and if the car would make this material, it can take the form, what could be called as "pancake".  When this hypothetical car would park, it can avoid the parking ticket, because it would take the "pancake form".  So, in theory, that car can take a new form as the airplane or barrier. When we are -talking about those visions, we must consider that that nanomachines are looking like the silver dough and that mass would be full of little "spiders", what would use as the forming that mass.


The mass itself would be the hybrid molecules of silicon and some magnetic metal, and when the mass needs new shape, those robot spiders will format that mass, and then the electricity will be conducted to that dough would those molecules locked together for the new thing. The problem of that thing is, that the nano-dough is needed very much if that mass wanted to take a shape or airplane. But that kind of nanotechnology can be used as the material, what could be fixed by themselves.


Sources

Picture 1

http://www.billigstautos.com/wp-content/uploads/2009/10/knight-rider-ford-mustang-kitt-neu.jpg


https://crisisofdemocracticstates.blogspot.fi/