The bacterial brains can control robots.
The biological brains that can control robots are the path to the new, fascinating, and at the same time scary scenario about the robots, which can be even more intelligent than humans are. The technology will base the idea of genetic engineering. The bacteria can drive in the body of the robot and then the genomes, which are transforming them into neurons can drive to the cell culture.
Genetic engineering is a technology, that is advancing very fast. The nanomachines can create every type of DNA when they want, and then the genetic transfer to large cell groups can make by using artificial viruses. Genetic engineering is allowing to create the neurological structures which can control the robots and interact with microchips. Which is transmitting the EEG-signals to the muscles of the machine. That kind of system can be the next-generation cyborg.
When we are thinking about the possibility to make artificial brains that can control machines. We might think that those kinds of systems are only some science fiction novels. But the genetic engineering is the fast-advancing thing in the world. The swarm of nanorobots that are controlling by artificial intelligence is the tool, that allows many things, which was only imagination a short time ago.
Quantum computers can turn artificial intelligence more effective than we ever can imagine. And the thing, that makes that kind of system important in genetic engineering is that it can control large groups of nanomachines. But also things like the ability to create a large number of nanomachines by installing the microchips to the cells. Is increasing the capacity of nanotechnology.
Genetically engineered cells controlled by microchips can fix large damages in the human body.
The bacteria or other cells like macrophages can be used for genetic transfer. The genome itself can transfer by using the pseudopods of the cells or maybe amoeba. In some visions, the genetically engineered B-cells transmits genomes to bacteria can fix the large tissue- or even the neural tissue damages.
In that scenario, the bacteria would drive to the damaged area, and then the genetically engineered B-cells or macrophages are driven to that place. Then the genome transfer can begin. Maybe that kind of thing is the biomedicals of the future.
In the visions are the cells like macrophages or some bacteria, where is transfer the genome, what want to transfer to cells. Then that bacteria would equip with the microchip, which will allow to control them. A large number of manipulated cells can create in the cell cultures, and chipping those cells is a very fast process. Then those cells will drive in the positions. Where the controller wants to start the genetic transfer process.
https://www.genengnews.com/topics/omics/bacterial-brain-could-control-robots/
Image: https://omegagroup.fandom.com/wiki/Cylons
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