What if we can grow neurons, what have the right connections and data in a laboratory?

What if we can grow neurons, what have the right connections and data in a laboratory?

When we are thinking about things like plant intelligence, we must ask why those things are interesting researchers, and who pays that kind of research? This kind of things is really interesting because if some people have some very expensive tools in use, they must get funding from somewhere. And there is a possibility to benefit this kind of research in so-called mind control. In this kind of cases, the cells what the vegetables are used in the primitive thinking processes can be used to stimulate the nervous system.

But if we would grow neurons in the cell cultures, and create the right axons, that means that we can create new kind of treatment for things like sociopathy. In this case, the cells of the brain areas what are controlling the empathy, which has malfunctioned would just be relaced by using "trained" neurons. Those neurons could be grown in the cell cultures and the electricity would stimulate them to act perfectly. This might be the technique in the future.

This kind of technology opens very interesting views in the medical techniques, where large areas of brains are damaged by accident or some illnesses like a tumor. In those cases, the destruction of the neurons in the brains happens in very large areas. That means that the large brain areas must be replaced by new neurons, and that thing is very problematic.

When neurons are destroyed the problem is not to make new cells, the problem is when we want to transfer the skills of the neurons in the brains. We can transform the new cells into some brain areas, and make them work perfectly.

The injection of the neurons of rats is used in the Parkinson disease, and that will work, because of the neurons, what transfer to the certain brain areas are "learned" their mission. Those neurons have connections or axons, and the brains just find similar neural tracks and that makes possible to help people living the normal life.

If we could grow human nerve cells outside the human body, we could fix many other things like mental illnesses by using similar techniques, what is used in the cure of Parkinson disease. In the wildest dreams, we could create neurons, what have similar connections, what Albert Einstein had. And that thing would make possible to create new Einsteins in the laboratories, but those things are, of course, only the visions.

We can create neurons by using genetic engineering. The problem is when the neurons are destroyed, all its connections and the information, what is stored in those cells are also lost. And that kind of thing makes neurology and brain surgery very difficult area in science. Even if we would inject new neurons in the head of the people, we must make the connections for those cells. And that thing is the problem.

When we are thinking about the possibility to create new neurons outside the human body, we can have the opportunity to fix very large scale brain damages. In this kind of technology, the neurons are created in the cell cultures, what are feed by connecting cells to them. And if we would "train" those cells by using the electromagnetic stimulation, we can make cells, what are fixing the damages in human brains. But that kind of things are visions of the future.

Could artificial intelligence revolutionize traffic?

Could artificial intelligence revolutionize traffic?

This is a good question, and computers with artificial intelligence have one very big benefit comparing with a human. Computers would not get tired, and they can handle a large mass of data at the same time. This allows the system synchronizes the things like traffic lights in the way, that traffic in more flowing than without that system. But the effectiveness of artificial intelligence depends, how much data that system can get.

When we are thinking about the interactive system, what knows the things, where the driving begins, where it should end and the fuel consumption of the vehicle. Then the system needs real-time data about the count of traffic and driving speed, it can calculate the most comfortable and economical route, which also notices the traffic jam. This might save fuel, nerves and time.

If we would drive with high speed in someplace, but then stay a long time or drive a long time with the walking speed that thing would be very stressful and a waste of fuel and time. If we would make our driving more effective and faster, we must realize that places, where the accidents have been happening, might be easier to circle. And if the driving speed is very slow the waste of fuel would be greater than driving some small routes and circling the worst places.

But making driving this kind of effective the system needs the information of the real driving speed, and even the speed limit would be 100 km/h but the speed is decreasing that tells that there would be forming the jam. And in this case, artificial intelligence can turn the part of the cars to smaller roads for balancing the stress of the road system.

The system would be very effective if it knows things like what is the destiny of each car, and also identities of the drivers would increase the effectiveness of computer-based traffic control because if the system knows, what kind of experience, and where the driver has been driven before, it can start to lead the drive to the best way. And of course, the system might detect if the driver is hungry, scary or nervous if the activity wristband has been connected in that system.

But that kind of things are fighting against our privacy and the thing is that would need very big changes in the attitudes and legislation. This thing, what I just wrote is that the effectiveness of intelligent systems depends on the information, what they can use. The machine learning can also help the driver to select the safest possible road, and also support the driving if the system detects that something afraid that person.

If the connection to the highway seems difficult the system might also give instructions and in some cases even take control in those situations, what means that the system would communicate with other computers and a little bit adjust also other vehicles movements like speed, and that thing would not even be told to the drivers. So, in this case, the traffic control operates with entirety and makes traffic flowing.

Adjusting the driving speed by forcing cars to decrease the speed a couple of kilometers per hour, that also other people can come to drive to highway might also consist of the selective delivering of information, which means that when the traffic control makes holes to the traffic flow, by adjusting the vehicles speed the change of the speed would not be seen in speed meter. The driver would not need that data, and traffic control would not tell that the speed the vehicle has been decreased, because of making traffic smoother.

Those things are sensitive because highways have the right of way, and that means the vehicle what comes from other roads must give road. But if some of the cars in the line would just decrease the speed that there would be holes in traffic at the connection places would also other people be easier to come to the highway.

If those systems can connect information about begin and destiny of the driving, the usage of fuel, the position of the gas pedal, and the functions of the human body with the data of the weather, several vehicles and weather data that kind of systems would be very effective. When we are thinking about information about the worn wheels, the data about those things can be collected by using lasers or the sound analyze, and if the car has worn tires that thing is visible in the sound type. That kind of data is a really important thing to plan the raid in some places.

How to make a single neuron intelligent?

How to make a single neuron intelligent?

1. As we know connections would make human intelligent

If we would think the human brains there are 100 trillion connections with neurons. That is about 1000 times the number of the stars of our galaxy, and that would limit the ideas to create single cells, what have the same level of intelligence with human brains. Making those connections is difficult because the size of those neurons is so small. But there is a possibility to create more area to the surface of the neuron.

That thing is to put the neuron in the bag, what is made by using electric conducting silicone. That will be possible to install the carbon wires to that structure, where the neuron will equip with a microchip, what denies the need for food because the cell organs have been removed.

2. The artificial neuron can base the combination of neuron and silicone

Then the silicone-cored neuron is connected to itself by using carbon chains, and the system would increase the electric power inside the silicone, which makes the electric signals enough powerful, that they would take the place in the surface of a neuron. The idea of this thing has taken from the bug, which has extremely powerful brains because their neurons are connected to themselves.

There has been introduced the ideas, that the level of intelligence can increase by using nanorobots, what would act like worms, and those worms are creating more connections between neurons of the human. Those nanorobots can be the carbon-based material, which would increase the number of connections between neurons. They can slip in the human body from pills, and then they can go precisely, where they are needed.

3. Nanotechnology could increase the level of intelligence by making more connections between neurons, or nano-machines could connect two neurons together as neuron loop, where the electricity rotates between those neurons. 

Or sometimes have been thought that there is no need more than the silicone itself. But when we are thinking about the thing, what can revolutionize the biotechnology is the ability to create "neuron loop". The "neuron loop" is the thing where two or more neurons as a circle, where electricity will rotate in the ring of those neurons, what are connected together, like the axons move signal in the one direction in this form

Those neurons would like to rotate the electricity between together, and that allows creating the small size-organism, which has an extremely high level of intelligence. In some scenarios, this kind of connection can form in the nervous systems of the bugs like wasps. And that would give interesting things to people, who are making horror movies.