Think Tank

What is life?

 The monitor of the computer that we work without internet can be called the body of the computer and the mathematics unit can be called the head of the computer. The brain or cerebrum (cerebral cortex) of the computer can be called a binary code-zero and one. And electricity can be called the soul of computer.

And the soul of the internet-connected computer we work on is also electricity. Similarly, if our body as like monitor, the brain is the mathematics unit, the cerebrum (cerebral cortex) is the binary code and the soul is the electricity. 

 In the case of load shedding of electricity, like electric lamps, refrigerators, air coolers, computers, internet, all mechanical death occurs, similarly, when the soul or spirit leaves the human body, the human dies physically.

 Which part of the brain controls thinking?

 Functions of the Cerebrum: Receives and analyzes sensations from the sensory organs. Thought, intelligence, willpower, creativity, etc. control advanced mental resistance. Brain's cerebrum (cerebral cortex) controls human thinking, anger, shame, anger, etc. When one-fourth of the nerve cells are destroyed, the brain begins to lose power.

 Who controls the cerebral cortex?

According to scientists, when an advanced animal hears a sound with its hearing sense sees with its eyes and thinks with the help of its brain, an idea is created in it. That is, the brain is the powerhouse of thinking so that animal intelligence emerges.

Many people think that the mind is the thinking power of animals that is stored and derived from our brain. However, no one has been able to identify the exact position of the mind in the brain. No one has seen the mind, no one has any proper knowledge of the mind, only thinks that there is something called the heart or mind of the animal which is only perceived by feeling or experience.

Everyone thinks that different animals have
different minds; For example, someone's mind is hard and someone's mind is
soft; these features of the mind are to be understood only by feeling. But the
mind that drives people away is as clear as the morning dew. We can only
understand that different people's minds react in different ways.

Neuroscience says that the physical structure of the mind is the nervous system that runs through the brain.

When the animal senses something through its external senses, it is immediately processed by nerve cells and reaches the brain. The brain breaks it down and sends instructions to the senses called mind according to its importance, because the function of the brain is only to give instructions to the corresponding organs in the medium of calculations.

It is the function of the mind to create applied emotions to the extent directed from feeling. As a result, the animal's mind is flooded according to the intensity of the instruction. In view of the idea that 'the nervous system creates the mind', neuroscientists look at how the nervous system creates the mind and physically interacts with mental functions such as reflexes, multisensory integration, motor coordination, emotion generation. , receiving education, creating memory, etc.

All this is under the study of science, even though science has progressed far in all these matters, it is stunned at every step how all this is possible, it has made science think about how the individuality, emotion, enthusiasm or will power of the animal is working in some organic cells, maybe those cells How are all these things felt in animals, specially designed yet in their collective activity? How the brain of animals, especially humans, thinks is a wonder even to science.

Some light on this mystery is found in a neurological report published in the Scientific American News Letter. Life support also provides a picture of how the brain works. It can be seen that gamma rays or rays are active at this time. This ray is invisible and it is an extraterrestrial matter.

Scientists claim that extraterrestrial asteroids are the source of life on Earth. In the distant past, this asteroid that fell to the surface from space has threatened life on Earth. Regardless of the source of life, gamma rays are closely related to the activity of animals, especially the brain, as noted in the Scientific American report.

 CIRNA believes that the source of gamma rays is the Big Bang, and the source of the Big Bang is the highest energetic radiation - in the big bang (Big Bang) the sky, the Earth and all the planets - all the satellites including Moon, the Sun and the stars, the Milky Way and the Milky Way are created.

The potential implications of these widespread, temporary cognitive resurgences are profound. “It suggests there may be neural networks that are remaining, and/or pathways and neural function, that could help potentially restore cognitive abilities to individuals we otherwise think are permanently impaired,” Peterson says.

Nevertheless, research into this phenomenon is still in its early phases. “We don’t actually know what’s going on in the brain during the dying process that may in some way connect to these episodes,” Peterson says. Despite this uncertainty, other research into brain activity near or at the time of death could provide scientists and clinicians greater insight into some of the processes occurring in the diseased and dying brain.

As surprising as these events might seem, they are quite common. “Our study wasn’t a prevalence study,” says Jason Karlawish, a gerontologist at the Penn Memory Center and senior principal investigator of the NIH study.

Nevertheless, he adds, “what we found is lucidity was more common than it was the exception in dementia patients, which would suggest that the idea of it being terminal is not entirely correct.” Instead he suggests that episodes of lucidity should be seen as part of the “disease experience” rather than as aberrant events. “We’ve actually found that a variety of these episodes occurred months, even years, before the person died,” Karlawish notes. Even so, many experts including Kerr and Parnia agree that most of these episodes are associated with the approach of death. “It’s almost like they’re preparing themselves to die,” Parnia says.

We know that our brain is compared to a supercomputer. But only recently has a precise comparative scientific analysis of the amazing similarity between the morphology or structure of our brain and the structure of the universe.

Franco Vazza, an astrophysicist at the University of Bologna in Italy, and Alberto Felletti, a neuroscience at the Institute of Neurosurgery at the University of Verona in Italy, have found striking similarities between the structure of the universe's cosmic network and the neural network of the brain. Their findings were published in the journal Frontiers in Physics in mid-November 2020. 

Prof. Vazza and Prof. Felletti performed a detailed mathematical analysis of neural networks and cosmic networks to prove that this comparison is not merely a comparison due to external similarities.

We know that there are many fundamental laws of physics having structural similarities in this respect.

Our brain is called a three pound mass-based universe.

80 percent of the total mass of our brain is gray matter. This gray matter contains about 6 billion neurons and 9 billion other cells. There are about 7,000 billion neurons and about 1,600 billion other cells in the cerebellum of the brain. The total number of neurons in the human brain is almost equal to the total number of galaxies in the universe. 

Neurons are linked together in the brain through neural connections to form complex neural networks. Similarly, cosmic networks are formed by gravity and other complex natural processes between galaxies in the universe. Although the Cosmic Network is a billion billion billion (1027) or 100 million billion billion times larger than the neural network. There are striking visual similarities between neural networks and cosmic networks.

On the left side of Figure 1 is a real example of a computer-programmed universe. This image shows the extent of the cosmic network within a distance of 100 million light years. The image on the right is a microscopic image of a 4 micrometer thick slice of the cerebellum.

Apparently, by analyzing the power spectrum of two images of the same size, the structure of these two networks is very close. Between 3,800 and 4,700 nodes or junctions were found in the cosmic network. An average of 3.8 to 4.1 connections was found at each junction. On the other hand, 1,800 to 2,000 nodes were found in the neural network. Each node has 4.6 to 5.4 nerve connections.