AI-from a Computer System to Human Brain

Published Categorized as Artificial Intelligence
Human Brain Nature
brain-nature

Artificial intelligence (AI system) is an integral part of every kind of industry. Along with it, human intelligence remains the main part of any system. And why not, after all, managerial control is still in human hands. In this article together we will see a new emergence of artificial intelligence from a computer system to the human brain. Where the human and machine will have a common brain at all.

We understood that human intelligence can work as a classical dual system running because of structural features of transmembrane proteins in ion channels of brain synapses.

At first, it looks like this new and extraordinary neurophysiology is only of interest to doctors and biologists. But the concept of neurophysiology is an opportunity for us to create artificial intelligence computers. 

Technological symbiosis and conventional electronic system

With all their different characteristics, the present artificial intelligence computers (AI systems) are common in one thing. They are all created as particular vertically directed electronic complexes which run via algorithm of different complexity.

Centralized control is a tempting property of any man-made electronic computing system. We basically don’t know how to create or else. However, we may copy the exercise of nature, and instead of the conventional method; we create a technological symbiosis of computer systems and the brain of a human. Combining the automatic and brain works perhaps leads us to the shortest and most effective method of transformation.

Latest artificial intelligence arrangement for single user

In a new artificial intelligence system, a living brain and a machine will work jointly in a dual harmonizing system. These two components will enforce each other and will create something totally new. This innovative creation would be neither natural nor fully electronic system design.

This new type of artificial intelligence of an individual type straightly connects a computer and human brain neurons. We will soon get familiar with this new face of artificial intelligence computers.

Artificial Intelligence

Work technique of Neurocomputer

There are very few efforts have been done to bring human brain and computer in a single interface. However, one great example of such attempts of Elon Musk’s Neuralink is still facing some hurdles. As they follow the traditional surgical pathway, so couldn’t overcome these hurdles which became their weakness.

Obstacle No.1:  Each of us has a unique brain to certain extent if we consider that what type of neuron group perform what kind of function. Still we say it is the half mess because worse is that the detailed picture of brain functions is persistently changing.

Obstacle No.2:  It won’t be false if we say that obstacle No.2 is the main obstacle and that’s the signal intersecting point. Essentially, this is the point where artificial electronic signal converts into a biological nerve impulse and vice versa.  

New wireless circuit

This is very interesting about this new circuit that both the transmitting and receiving pieces of neurocomputer interface will be fully divided. It means they will be completely unlike communication devices.

The transmitting part

The transmitting part from computer to the biological tissue will distantly send out the signals merely to synapses and not to neurons. This will apply indicating objects as points of direction in space and source of reaction.  

The signal interestingly must be of a non-electrical nature. This will let us create an artificial signal (nerve impulse) in brain neurons. This signal will be completely matching physiological one. Consequently, the human brain neurons will have stimulations of synaptic plasticity.

The neurons themselves will dynamically chip in the configuration of lines of active interaction with the transmitting part. In addition, tissue of brain itself will make a link with the transmitting formation of the interface.

Furthermore, you don’t need any high qualified medical personnel to install this interface. And that is the thing which will make it even easier for users.

The receiving part

This computer part will receive a signal from biological tissue. In fact, it will be a network of inactive indicating objects (nano-size beacons incorporated into living tissues).  An active external component of the system (scanner) will remotely monitor the state of this network.   

An indicating object is a neutral molecular composition biologically. It alters its conformational position in the existence of a close by weak electrical charge (a neuron at the point of pulse creation). This technique will allow swapping the straight conduction of a signal from living neurons to a computer system.

By this way the receiving part will convert into a non-invasive means. So, this scheme will keep you away from expensive surgical procedures. In addition, intravenous injection of molecular markers into the body will be possible.

The brain and Computer will exchange data directly

You will need no words and letters to exchange the data, but only a nervous impulse. The brain and artificial intelligence computers will switch information via impulses set of abrupt meaning exclusive of symbolic interpretation.

 

As a result, working together with a machine will consider more like interacting with intuition than interacting with an electronic tool. Common version of components (brain & machine) will win pretty a long time from months to a year. However, it will avoid the barrier of language and even literacy. Even, a person who can’t write and read may utilize the new individual artificial intelligence structure.   

Comparison of human brain & computer system

This is nothing else but just the magic of emergence that creates artificial intelligence (AI system) by uniting biological tissues and an electronic system. And we will be able to attain the utmost result of emergence. The biological brain and artificial intelligence computer systems cannot achieve separately the new properties of biotechnological symbiosis.

It is a fact that human brain is weaker and slower than computer system to process information. It is also less in term of an intelligent mechanism.  On other hand, electronic system cannot have creativity, plasticity, and energy competency like human brain.

In addition, the living brain has much more experience of the surrounding reality in terms of performance. While computer memory can store an indescribable amount of digital data. More, computer system can easily enter direct communication with any technical tool or the internet.

Conclusion

All the points discussed above suggest the combination of the human brain and technology into a single composite and that artificial intelligence is only. This combination will not only enhance their overall effectiveness but will make a new type of artificial intelligence.  

Reference:

Oleksandr Kostikov

bdtechtalks.com

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