New tools are making more accurate images of brain activity than ever before.

Imaging brain activity is allowing to find out how suitable some profession is for a person. But it also serves the development of the new type of robot interfaces. 

New brain imaging tools are fantastic. Connecting the modern computing tools with traditional sensors like PET, EEG, and MEG sensors is a way to get fundamental data from brains. The AI will help to get more from the old fashion systems. And analyzing the old stored data by using modern tools. Is making it possible to get more data from the old records. The AI makes it possible also to interconnect data from those systems. And that thing makes the revolutionary computing solutions. 

The data from the brain scanners can be driven to the supercomputers through the internet. This ability makes it possible to run complicated artificial intelligence programs during the imaging process. And artificial intelligence can see anomalies very easily from the images and files that are stored during the examination. 

The new imaging tools are making it possible to observe things like blood flow in certain brain areas. The system can monitor how many nutrients and how many nutrients certain brain areas are using. And interconnecting those sensors is making it possible to observe things like what brain areas are activating during the exams. So if we want to use this system for some useful and productive things it can use for the selection of education. 

By observing the activation of certain brain areas the researchers can follow are the brain areas that are controlling things like mathematical actions in brains are activating which means the person is working with a mathematical problem. But if the system detects also the activation in the brain areas that are controlling pleasures. That means the person is enjoying the work. 

By analyzing the EEG separately from many brain areas means the ability to get highly accurate data separately from every brain area makes it possible to make the new and more multipurpose BCI systems. The data collected from brains can use many more purposes than just finding out the risk of brain infarct. That data makes it possible to create new and powerful tools for controlling robots through computers. 

Possibly in the future, the BCI (Brain-Computer Interface) can turn human thoughts to film. That can show on the screens of a computer. But even today those systems can use to control robots like they are part of the user's body.

The BCI/BMI (Brain-Computer/Brain-Machine interface) is the system that makes it possible to control robots through computers by using brain waves. The system can of course use to control combat robots, but also things like remote-controlled surgical operations. That kind of interface is one of the most interesting and powerful tools in computer-robot development in the world. 

That interface can install in the headband or hat. And the interaction with robots happens by using the brain core stimulation. That thing makes it possible to connect the robots to the nervous systems like they are part of the user. The user can feel everything that the robot feels and the system can make the robot follow precisely the commands that the user gives. 

()https://scitechdaily.com/a-mathematical-equation-can-uncover-your-preferences-via-brain-activity-and-mood/

()https://en.wikipedia.org/wiki/Magnetoencephalography

()https://en.wikipedia.org/wiki/Positron_emission_tomography

Image:()https://scitechdaily.com/a-mathematical-equation-can-uncover-your-preferences-via-brain-activity-and-mood/

()https://visionsoftheaiandfuture.blogspot.com/

Could one single individual organism be civilization?

Could one single individual organism be civilization?

What kind of civilization would be the creature, what is hybridized with computers? The idea of this thing is taken from Xibalba(1) or Mayan underworld, and there was the god, who just sits in the place. The servants of that God made all the works, what that creature wanted. (Image II)

And this god was given an idea of the hybridization of the living creature and computers. in this case, the creatures, what are hybridizing with the computers, can make also this thing with the big-size data networks. So the idea is that when the creature would be born, the robots would put it in the tank, where the computer will connect the brain core stimulation and the EEG-control system to that thing.

So by using this kind of technology the single individual would control the very large combinations and entities, and maybe that would be the future of some kind of alien. If we are thinking about this kind of hybridization, the creature would put in the tank and the computerized networks would be acting as the sensors for that creature. And the thing is that the system would control robots by using WLAN-connections.

Image II

One of the most extreme things in futurology is the hybridization of the individual and the machine, we might think the model, where civilization is very different than our own. In one extreme version, there is only one individual on each planet and that individual would be connected to the very large network of computers. Then those individuals would keep in contact with each other by using radio telescopes.

And when they want to fix their bodies, they would change genomes, and connect them with the clones. In some very unique and extreme models, the entire civilization would be only one individual, what is connected with computers. When the body of that individual would die, it would renew itself by using the clone, which means it would act as some kind of Phoenix-bird.

Can one individual form civilization? This thing is one of the most interesting parts of the philosophies discussions about other civilizations. When we are thinking about the "phoenix-model", where only one creature of some species could exist, and when the creature would die, and the next, cloned individual would follow that thing, we might think that thing is possible, at least in theory.

Modeling the hybridization of computers and living creatures, we might face the thing where one single individual would connect its brains to the internet or some other kind of data network, we might think possible, that some creature would make that thing. In this kind of case, the alien would create very large automatized complexes to the planet, and then it would transform the living individual to that planet, which can be connected to the computers.

The thing is that the system would offer to the brains extreme large memory blocks, and the brains can offer creativity for the system, which cannot otherwise create new things or think abstraction. In this model, the individual would give cells to create a new body by using the cloning method. And that new body would take the place of the dead one.

(1)

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

Second image:

https://upload.wikimedia.org/wikipedia/commons/thumb/0/0d/Jarron_Maya_2_-_Ixquic_y_los_Se%C3%B1ores_de_Xibalb%C3%A1.jpg/375px-Jarron_Maya_2_-_Ixquic_y_los_Se%C3%B1ores_de_Xibalb%C3%A1.jpg

How to make artificial bug?

How to make artificial bug?

1. Flapping wings are made by modeling the movement of the movements of the natural bugs

The flapping system would be copied from the natural bugs, and the problem is the energy, which is needed to operate that system. The energy can be created from the miniaturized fuel cells, which allows the bug to drink like a natural animal. But the system would drink hydrocarbon, what might be gasoline.

If we would send those nano bugs to another planet like Saturnian Titan moon they can operate by using plutonium batteries. Nuclear energy is problematic because if terrorists would get the plutonium batteries in their hands, they might try to crush those batteries.

2. Also, golden-iron based chemical  Batteries can be used in this thing, but the iron electrodes must be changed simultaneously. And the bio-computer what is trained or programmed neuron can make those robots operating independently.

Also, the normal battery would be used, but if the battery is using gold in other electrodes, the system needs to replace the iron, and that might make possible to create an artificial mosquito, what really drinks iron liquid like  blood, and the power source would be inside the stomach of that artificial bug. If we could create a robot, what eats normal food, it can solve the problems with the computer, what should make those robot bugs independently.

That allows creating the biocomputer, where so-called trained neuron will handle that robot by using nano-size EEG machine, which will also give electric stimulation to that neuron. This makes possible to create independently operating and remote-controlled robot, what uses bio-computer for its operations.

3. Those systems can be sent even to another planet. 

The thing, what makes this really interesting choice, is that the system needs to operate in shadows, there is no sunlight, and that makes impossible to use sunlight in every case. And those iron-gold batteries, where is the golden net in the stomach, and the iron electrode would be in liquid form, might make those things really interesting to operate.

When we are thinking about the sensors, what those things might have, the sensors might be exactly like some bug. There could be CCD-cameras, what operates like compound eyes, but on the top of the antennas might be two nano-sized cameras, which makes possible to create the 3D vision for the artificial bug. Those systems might also have various sensors, like gas detectors, and direction finding equipment, which allows them to find gas-leaks, ammunition storages, and eavesdropping equipment.

When we are thinking about the use of that equipment, they can be used in the deep space missions, where the space probes will send them in the atmosphere of another planet, and the small power computer would get assistance from the bigger computer, what is in the orbiter probe. That would allow those systems to operate quite independently.

How to create the simulation of human brains and their operations?

How to create the simulation of human brains and their operations?

In fact, these kind of things are the most interesting part of science, and as you see, the EEG-signal would jump between the neuron and mirror neuron multiple times. And the purpose of that action is to make the signal more clear, but there are many other things, what happens in the brains during the thinking process. I have written things about the brains, intelligence and neurons very often, and I will return to this thing very often.

One of those things would be that in the human brains multiple neurons would activate at the same time, what would increase the effectiveness of the computing and data handling. This makes human brains so effective, and in fact, there is theory, that if the people would have circular axon tracks around the brains those brains would operate more effective because the signal would rotate across the brains many times.

If that thing would increase the level of intelligence of the inmate, maybe in someday, we could create the machine or jewelry, that would increase the level of intelligence. But there is no evidence about the effect of that system, but the principle of this kind of system is, that it could take the EEG-signal throw the same neurons again and again. But there is no proof, that this kind of system would operate in real life.

Could rotating EEG-signals make a person more intelligent?

There is a possibility that somebody would create the bandanna, what will operate that way. In this bandanna is the system, what would record the EEG signal, and then that system would rotate that signal around the brains by multiple times. But there is no evidence that this kind of systems would be effective.

But when we are thinking about human brains, they are a very fascinating and impressive tool. They can model the entire galaxy, and there is lots of information in that organ, which is actually called as the human being.  The thing is that every each neuron in the brains are independent brains, but the thing is that the thing, what makes brains effective depends on the number of connections between neurons. This is the thing, what we must realize when we are researching the organ, what has created the civilization, what is the ruler of its planet.

Teleportation by using cell cultures and quadcopters would be possible some day.

Teleportation by using cell cultures and quadcopters would be possible some day.

Physical teleportation by using cell cultures.

When we are thinking about transferring the human being by long distances, we might think the teleportation. But in fact, there is a possibility to create the human by using 3D tissue printers, which would also make orgones for the patients in the future. If we would think about this system, what might be true in the future, we might think the case, where the cell cultures would be installed to the spacecraft, and then the cells would grow in the nutrient.

The system would be very interesting because if we would have the necessary biotechnology, we could make a human being from the individual cells, and the thing is that we would need the one cell from each organ, and that grow the necessary number of those cells in the nutrient at the cell cultures. And then the 3D printers would create mankind from those cells, what can be loaded to the 3D organ printers.

Using quadcopters for that system

In theory, those cell cultures would transfer to a certain location by using the quadcopters. The technology would be similar, what is used in the systems, which makes the wall paintings. The cell cultures must only produce new cells by using enormous speed, and if the system could produce enough cells the teleportation would be possible by using quadcopters. In this system, the quadcopters would be used to create the delicate of the person on the planet.

In this vision, those, what is like straight from some sci-fi books or movies those machines will land to the atmosphere of the planet, and then create the copy of the astronaut in the surface. The technology is not so streamlined than the technology, which has been used in the fictional sci-fi series "Star Trek".

The copters would send to the planet atmosphere, and then they would create the person by using cell plantages, and after that, the memories of the copied person would transfer in the brain core by using the electromagnetic systems, like EEG machines, what can be installed to the quadcopters and high-power electromagnetic radiation. That kind of thoughts would seem like futuristic but maybe, we would have that technology in our hands after a couple of years.

Genetic engineering and nanotechnology would someday make this thing true.

And the main problem in this system is to make cells divide fast enough, and of course, the system must have some kind of adjustments for creating the living copy of human being by using 3D printers, cell cultures, and recovery machines. The system could put every organ in the right places from the nucleus of the bones to the neurons, what can be stored or created by transferring the right genomes to some other cells, what could transform the cells to neurons.

For that thing, the system would use artificial viruses, which are made by using the nanotechnology, where the nanomachines are assembled the base pairs in a certain order, which allows them to create the artificial DNA molecules. This futuristic technology would allow creating the cells, which are divided with very fast speed, which makes them some kind of cancer cells, and then the nanomachines would remove those periods from the nucleus. And then the cells could be shot in a certain place. Maybe we have some day that technology in our hands, and that would cause a revolution in many other sciences.