The ability to grow brain-like organoids in a dish can create a new type of artificial intelligence and stem-cell therapy.
"The organoids contained an array of neural and other cell types found in the cerebral cortex, the outermost layer of the brain involved in language, emotion, reasoning, and other high-level mental processes. Credit: Yueqi Wang" (ScitechDaily.com/New Window Into Autism From Brain-Like Organoids Grown in a Dish)
The ability to transfer cloned cells in damaged areas can make a person heal faster than otherwise. If in the cases that person lost lots of muscle mass or bones in accidents. Medical operators can drive cloned muscle or bone cells to that damage. That thing can make it possible to return that person to work faster than otherwise.
Brain-like organoids can grow in a dish. That thing can make the ability to create new windows for things like autism and other neural anomalies. Those artificial organoids can also make it possible to create a new cure for things like brain damage and neural damage.
Researchers can install organoids that are made by neurons in damaged areas of the neural system. But the ability to create brain-like organs in laboratories is making it possible to create the artificial brain for advanced robots.
The artificial biological brain can make a new type of flexible and powerful microchips that control the robots. The idea is that living neurons can take electric signals from non-biological systems. And the layer of the living neurons is making those systems powerful tools for controlling many things.
The new robots can be nanomachine groups that can make the system more flexible. And the new flexibility makes even the T-1000 robots possible.
Sometimes there is introduced an idea that the microchips that are taken to the human brain can replace the memory of Alzheimer's patients. The idea is that those microchips can store the EEG from the neurons. And then they can communicate with each other by using WLAN. This thing allows the system can bypass the plaque. And maybe nanotechnology can make this kind of system possible in the future.
Neuron-microchip controlled nanomachine group can make the T-1000 robots from Terminator movies possible. In that system, the nanomachines can be self-assembling entirety that is formed of silicon-core nanomachines which have holes in their core. The small fibers that allow those nanomachines to move are locking those nanomachines together. Soft nanomachines can be the most interesting tool in the world.
The ability to boost nanomachines by using living neurons is making one very interesting hypothesis about theoretically intelligent aliens. In one theory the most intelligent creature in the universe could be the swarm of neuron-nanomachine hybrids.
In that kind of nanomachine swarms, each nanomachine is controlled by living neurons. So that kind of system can change its form. The nanomachine-neuron hybrid can make it possible to create the T 1000 robot from the terminator movies. In that kind of system, the soft silicon core nanomachines can make the most flexible systems that we can think of possible. This type of system is a new type of thinking about intelligent organisms or cyborgs.
Sources and images:
https://scitechdaily.com/new-window-into-autism-from-brain-like-organoids-grown-in-a-dish/
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