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T-1000 explained (What nanotechnology of tomorrow will make)

T-1000 explained (What nanotechnology of tomorrow will make)

Nanomachines operate as a team

In the future, this kind of machine could be possible, and that's why I'm writing this text about robots, which can transform their shape. In "Terminator" movies we have seen the "liquid metal killing machine", or T-1000. When we are thinking about the nanotechnology, what that machine is forming, we must actually think that this kind of systems is made by the nanomachines, what are actually feeling like quicksand.

Those nanomachines would have silicon solar panel or some other system to take electricity for the structure, where multiple nanomachines operate like one structure. Those systems can load their batteries by using sunlight, connecting themselves to the power plug or using fuel cells. That will guarantee the power supply to the robot.

Nanomachines would create a bigger structure

Those nanomachines are equipped with the microprocessor, which allows them to connect themselves together in one certain structure. Every single nanomachine knows its place, and that thing would allow them to take any structure, what they want. That would make possible to make things like eyes to that machine.

Those machines can form body parts like fingers and the magnet rail for the ion cannon in its hand. In the ion cannon, the nanomachines would be equipped with high power magnet rail and system what makes ionization possible. The idea is that those machines are operating as the team, where every single part has own role.

Nanomachines can connect other materials

And why those machines would have the clothes on? The nanomachines can cut the cotton fibers to the small bites, and then connect them back in one structure. Why the living target, what form the T-1000 takes will be terminated.

The nanomachines would fill the target because the terminator needs a certain form of the target for making model it. And in that process, the computer uses technology, what causes tissue damages. Of course, the computer would be programmed to terminate the target for security reasons. But the main thing might be that the nanomachines slip in the target.
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