Monday, June 3, 2019

Could nanotechnology really make the artificial vampire?

Could nanotechnology  really make the artificial vampire?

1. The artificial vampire could be the real-life Frankenstein, modern Prometheus

When we are thinking about the technology, what is used to make artificial amoeba, there is a possibility to create an artificial vampire by using similar technology. In this version, the nanotechnology would be used to replace the cells and cell organs with microchips and nanomachines, and when those the cells are infected by using the nanomachines.

That would make possible to create a thing, what would replace any damage in seconds. Target will infect with microchips, and in this scenario, the nanotechnology will replace the viruses.  The nanomachines can be easier to control, and that would make this kind of technology very attractive in the eyes of military commanders.

2.  The technology is similar to the microchip controlled amoebas

Those microchips and miniature robots would transform each cell of the victim's body to nanomachine. And that would make the cells acting like an amoeba, what is implanted with a microchip. In this case, the cell organs like mitochondria would be removed, because Frankenstein's monster would not need to eat a thing.

Eating food would cause the systems, what are electrodes of the batteries are getting dirty. And when we think that the stomach would be replaced by using a chemical battery, where the stomach is filled with the thing, what looks like spiders net. That part of the structure is made by using gold or platinum, and they can actually be the machines, what are taking their place in structure automatically. And then there is needed iron and some acid. After that, the structure would create electricity to the entire entirety, which can be

3. If cells would not grow and fix the damages, that makes them very vulnerable for radiation

If the mitochondria of the cells are removed, they are extremely vulnerable for IR and UV radiation. That means that the entirety would be very flexible, but the single cells or robots, what forms the entirety would be very vulnerable. The thing is those microchips have replaced the nucleus of the cells and equipped them with nanomachines. Those nanomachines would turn them to machines, which have incredible ability to fix the layers.

But the problem is that this system would need electric power, what it must get from batteries. The function of chemical batteries bases the electrochemical line, where less noble metal offers electrons to more noble metal, and that means that the less noble metal will need the replacement. The thing is that the nanomachines can cover the brains with themselves. That means that they can stimulate brain core. That means that the nanomachines can slip in the head, and take a person under the control.

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