The human brain is a surprise. It can contain all kinds of feelings. Throughout his life, he can save memories and respond to a little persuasion. We rarely know how the brain performs these tasks. Can we make a whole brain diagram to monitor how the brain works, where each neuron and synapse will be clearly filtered like a wire? Is it possible?
Before that there is a need to discuss some issues. The activities of the brain depend on the connection between neurons and neurons. Different levels of neurons work as a single entity. Scientists say this network of neurons connectome
The human brain was unable to measure Connetam on large or atomic levels. But the research has progressed a long way. In the Human Connectome Project, an attempt was made to publish approximately 1,000 brain brain Connectome macros. In this case, primarily the brain is trying to diagnose the connective nucleus Connectome by White Matter or Myelin Sheath. Magnetic resonance imaging system or MRI is used for this purpose.
460 people in 22 to 35 years of age have been studied, those who have good characteristics (such as improved education, good health, improved memory, etc.) have also improved their brain neurons.
On the other hand, those who have negative traits (such as smoking, alcoholism, aggressive behavior, etc.), brain connections are not so much better than those in the past. From this point of view it can be said that it can be a means to predict future behavior. It can be known whether or not an addiction affects the brain. With the help of Connectome
Jeff Lichtman, a world-renowned researcher at Harvard University's neuroscience. He started a course on histology (tissue science). While working on the practical aspects of this course, do research on various diseased tissues.
He was surprised to notice that there is no physical signs of autism, szocorania, bipolar disorder and other abnormalities of the nervous system. But if tiny tissue levels are observed, then abnormalities such as inflammation or discoloration can be observed. That is, in the case of these diseases, it is possible to calculate the abnormality of brain cells.
The human brain is undoubtedly complex than any other organs. It is not only expanded, but it also has to be understood. The brain works through a network where thousands of nerve cells are connected to a nervous system.
Image: close-up image of the Dendroite connection.
Lichtman observes the nervous system of human children and other mammals during research on the endemic nervous system. He observed that as the child grew up, the nervous system was newly decorated. He wanted to mark it using different colors. But it was found that the amount of color needed to identify so many levels is not the same color.
Although it was not done in the case of humans, the whole Connectome of an animal was identified in this method. The animal is roundwarm, which has only 302 neurons. The researchers then started the attempt to diagnose the connectome of the rat.
Lichtman and his 20 colleagues have created a new method of determining the connectome of rats - New Imaging Technologies. This is actually a method of brain imaging at the nanoscale level using electron microscope. Then they experiment with a small part of the brain of the mouse and find a wonderful network between Exxon and Dendritite. Lichtman thought that this process would work a lot in determining the abnormalities of the brain.
The motive of creating Connectome's diagram was to try to figure out how much memory is stored in the brain. According to Lichtman, all the experiences of life are stored in the brain but it is still not known how these memories are stored in the brain. He thought that if the diagram of the brain is possible, then the answer to this question will be found.
Huge data
Although not enough, if it is possible to create a brain diagram, it can give a huge amount of information not known about the brain. It is possible to have approximately two terabytes of information in the cube of the brain.
Very interesting fact, the amount of information on the Google Map for the whole world is approximately 20 petabytes (20500 terabytes).
If the human brain imagines an object of one million cubic millimeter overall, then if there is information about two cubes in every cubic meter, then the amount of information in a human brain can be 2 million terabytes or 2,000 petabytes or 2 xbay! Even about 302 neurons with roundwarm are about 12 terabytes. Because of the very discipline of nature, all the activities of every organism are controlled because of this huge amount of information in the brain.
If the outlook is limited, it is also difficult to imagine huge things. The capacity of the brain is so huge. And slowly, our outlook has been moving from limited to greatness. But suddenly, crossing the huge border is harmful in any direction. This huge brain structure is much more complex than any human imagination. We can analyze these data, but its results are still unknown to us. You have to wait longer for this.