The Limits Of Human Brain

Pelit, Emre; Pelit, Emre

doi:10.5281/zenodo.sciphi.2026.0245

The Limits Of Human Brain

Actually, the fact that scientific knowledge is divided into so many sub-headings and each branch seeks solutions only for its own problems is one of the…

Even though it seems incredible to us, we are born with a brain that has the potential to receive all kinds of information. In other words, researchers who describe the capacity of the brain as 2.5 petabytes are wrong. Since the way the brain learns is to create new data paths in the brain, a person can make their brain a cosmic processor throughout their life, or make a chip that carries as much information as a fly's brain. Therefore, the capacity of the brain is unlimited. Because data paths do not occupy volume, infinite data paths can be created.

Actually, the fact that scientific knowledge is divided into so many sub-headings and each branch seeks solutions only for its own problems is one of the biggest obstacles to the development of scientific knowledge. Perhaps many of us will not think like this, but in essence, the human mind has such a potential structure that as people try to reduce the perspective of the mind to just one angle, these efforts backfire and the mind deforms itself, that is, it follows the path of gradually narrowing its capacity. But if we always chase after new information, hungry for knowledge, even if we cannot find the information we are looking for, this curiosity will lead to the development of our mind and the growth of data paths with an avalanche effect. We can concrete this as follows: If we start to wonder, neurons will constantly multiply and each multiplication will grow the cumulative number of neurons as a power of two. As you will remember from my previous articles, I accepted each neuron as data paths connecting different parts of our brain. The reason for this is that while we stay the same size in our skull, when we learn new information and increase the total electrical charge of our brain, it means an increase in total information, that is, if there is information input into our brain on the one hand, it can be said that there is no question of diminishing other information. So, after all, since every information is an electrical charge, it is logically inconsistent to receive new information from outside without changing the capacity of the brain. Without any external intervention in our skull, it is not possible for the electronic device called the brain to carry more electrical charges through learning new information, so actually the place where knowledge is stored is not the neurons, but the multiplicity of data paths between neurons. Exactly for this reason, there is no development limit for our brain. The more we do challenging activities for our brain to develop, the more our brain develops. Even though it seems incredible to us, we are born with a brain that has the potential to receive all kinds of information. In other words, researchers who describe the capacity of the brain as 2.5 petabytes are wrong. Since the way the brain learns is to create new data paths in the brain, a person can make their brain a cosmic processor throughout their life, or make a chip that carries as much information as a fly's brain. Therefore, the capacity of the brain is unlimited. Because data paths do not occupy volume, infinite data paths can be created. Written by: Emre Pelit

Tez: Actually, the fact that scientific knowledge is divided into so many sub-headings and each branch seeks solutions only for its own problems is one of the biggest obstacles to the development of scientific knowledge. Perhaps many of us will not think like this, but in essence, the human mind has such a potential structure that as people try to reduce the perspective of the mind to just one angle, these efforts backfire and the mind deforms itself, that is, it follows the path of gradually narrowing its capacity.

Antitez: But if we always chase after new information, hungry for knowledge, even if we cannot find the information we are looking for, this curiosity will lead to the development of our mind and the growth of data paths with an avalanche effect. We can concrete this as follows: If we start to wonder, neurons will constantly multiply and each multiplication will grow the cumulative number of neurons as a power of two. As you will remember from my previous articles, I accepted each neuron as data paths connecting different parts of our brain. The reason for this is that while we stay the same size in our skull, when we learn new information and increase the total electrical charge of our brain, it means an increase in total information, that is, if there is information input into our brain on the one hand, it can be said that there is no question of diminishing other information. So, after all, since every information is an electrical charge, it is logically inconsistent to receive new information from outside without changing the capacity of the brain. Without any external intervention in our skull, it is not possible for the electronic device called the brain to carry more electrical charges through learning new information, so actually the place where knowledge is stored is not the neurons, but the multiplicity of data paths between neurons. Exactly for this reason, there is no development limit for our brain. The more we do challenging activities for our brain to develop, the more our brain develops.

Sentez: Even though it seems incredible to us, we are born with a brain that has the potential to receive all kinds of information. In other words, researchers who describe the capacity of the brain as 2.5 petabytes are wrong. Since the way the brain learns is to create new data paths in the brain, a person can make their brain a cosmic processor throughout their life, or make a chip that carries as much information as a fly's brain. Therefore, the capacity of the brain is unlimited. Because data paths do not occupy volume, infinite data paths can be created.