The OI (Organoid Intelligence)makes it possible to create a robot with the same IQ as humans.

When we think about organoid intelligence, we can first think about the small microrobots that use cloned neurons as their computers. The fact is that this kind of robot can act as a drone swarm. Those robots can be biological systems where microchips mount to living insects. Or they can be robots with metal or carbon fiber bodies. The thing is that those microchips can connect those insects or their brain to their entirety. And those microchip-implanted insect swarms can theoretically have the same IQ as humans.

The most extreme version of the OI or organoid intelligence is the biocomputer that uses human neurons. And that thing makes it possible to create organic robots and computers. Those organic systems are at the same intelligence level as humans. The real extreme hybridization of the machine and artificial brain makes it possible. The artificial brain can communicate with the robot body by using BCI communication.

That robot can act precisely in the same missions as humans. The problem with those highly advanced systems is, of course, moralistic and ethical. If we create computers that are more intelligent than their creators, how can we deal with that kind of system? The robots controlled by the artificial brain are at the same level as humans. The OI technology makes many things that we believed as SciFi possible.

"Scientists are collaborating across multiple fields to create biocomputers that utilize three-dimensional cultures of brain cells, called brain organoids, as biological hardware. They have outlined their plan for achieving this goal in the scientific journal Frontiers in Science." (ScitechDaily.com/“Organoid Intelligence” – Revolutionary Biocomputers Powered by Human Brain Cells)

There is the possibility to clone those cells and then transfer the skills and memories of those neurons over generations. If the transfer can happen one by one cell, that thing makes it possible to create the immortal person. The stuff must just clone the person. And then transfer memories to the new body cell by cell.

There are two ways to make the robot, controlled by a biological computer.

1) The "brain in a jar"-model.

In that model artificial brain is in the laboratory and separated from the robot body. In that system, the BCI system is connected to the brain. And then it can communicate with the robot's body. The idea is that. For security reasons, the living brain remotely controls the robot's body.

And if something goes wrong. The system will just cut communication. In that model, the brain is under the crop, and the life-support system keeps them alive.

2) Brain in body model.

In this model, the living brain is controlling the robot's body. The thing is that the robot must have a life-support system. That system can be the bone marrow in the tank. And the robot requires nutrients for bone marrow.

Then those blood cells carry nutrients and oxygen to those brain cells. That's why the robot's body must install the system used in ECMO-Extracorporeal membrane oxygenation. That makes blood transport oxygen to the brain cells. The problem is that those brain cells require immune systems. And maybe the robot uses microchip-controlled macrophages for that mission. The biggest risks for those neurons are bacteria and viruses.

https://scitechdaily.com/organoid-intelligence-revolutionary-biocomputers-powered-by-human-brain-cells/

https://en.wikipedia.org/wiki/Extracorporeal_membrane_oxygenation

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