Networks of the Human Body: in the Brain or in the Universe?

 Networks of the Human Body: in the Brain or in the Universe?

 Which part of the brain controls thinking? 

 Many psychologists believe that intellectual functions, especially judgment and memory, are the constituents of the mind.
Emotions like love, fear, courage, joy etc. are all basic features of animal
mind.

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.

 It is obvious that, the mind that extremely affects in the daily life of man is as clear as daylight

When the animal senses something through its external senses, it is immediately processed by nerve cells and sent to the brain for taking necessary action in this respect. The brain organizes it and sends the necessary instructions to the sense called the 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 emotions to the extent directed from feeling. As a result, the mind is flooded according to the intensity of the instructions. In view of the idea that 'the nervous system creates the mind', neurosciences look at how the nervous system creates the mind and physically interacts with mental functions such as reflexes, multi sensory integration, motor coordination, emotion generation, receiving education, creating memory, etc.

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.

The cerebral cortex, a nervous system organ: But who controls it?

 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. It is obvious that the brain with cerebral cortex, a nervous system organ is the powerhouse of thinking so that animal intelligence emerges.

But it is question that who controls it?

All this is under the study of science, even though science has advanced far in all these matters, it is stunned at every step, wondering how all this is possible, making science wonder how the individuality, emotion, enthusiasm or will power of the animal is working in some biological 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.

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 Chad, the Sun and the stars, the Milky Way and the Milky Way are created.

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

In all of these investigations, the researchers found that gamma-wave activity surged within the first few minutes of cardiac arrest and then ceased. Gamma waves are a frequency of brain wave typically associated with wakefulness, alertness and memory recall.

Gamma Ray (VHEGR): One of the Highest-Energetic Radiation of the Universe

One of the Highest-Energetic Radiation of the Universe is a Gamma Ray (VHEGR) denotes gamma radiation with photon energies of 100 GeV (gigaelectronvolt) to 100 TeV (teraelectronvolt), i.e., 1011 to 1014 electronvolts. This is approximately equal to wavelengths between 10−17 and 10−20 meters, or frequencies of 2 × 1025 to 2 × 1028 Hz. Such energy levels have been detected from emissions from astronomical sources such as some binary star systems containing a compact object. 

For example, radiation emitted from Cygnus X-3 has been measured at ranges from GeV to exaelectronvolt-levels. Other astronomical sources include BL Lacertae, 3C 66A[3] Markarian 421 and Markarian 501. Various other sources exist that are not associated with known bodies. For example, the H.E.S.S. catalog contained 64 sources in November 2011. Instruments to detect this radiation commonly measure the Cherenkov radiation produced by secondary particles generated from an energetic photon entering the Earth's atmosphere. This method is called imaging atmospheric Cherenkov technique or IACT. A high-energy photon produces a cone of light confined to 1° of the original photon direction. About 10,000 m2 of the earth's surface is lit by each cone of light. A flux of 10−7 photons per square meter per second can be detected with current technology, provided the energy is above 0.1 TeV. Instruments include the planned Cherenkov Telescope Array, GT-48 in Crimea, MAGIC on La Palma, High Energy Stereoscopic System (HESS) in Namibia VERITAS and Chicago Air Shower Array which closed in 2001. Cosmic rays also produce similar flashes of light, but can be distinguished based on the shape of the light flash. Also having more than one telescope simultaneously observing the same spot can help exclude cosmic rays. Extensive air showers of particles can be detected for gamma rays above 100 TeV. Water scintillation detectors or dense arrays of particle detectors can be used to detect these particle showers.Air showers of elementary particles made by gamma rays can also be distinguished from those produced by cosmic rays by the much greater depth of shower maximum, and the much lower quantity of muons.

Very-high-energy gamma rays are too low energy to show the Landau–Pomeranchuk–Migdal effect. Only magnetic fields perpendicular to the path of the photon causes pair production, so that photons coming in parallel to the geomagnetic field lines can survive intact until they meet the atmosphere. These photons that come through the magnetic window can make a Landau–Pomeranchuk–Migdal shower. (Source:https://en.wikipedia.org/wiki/Very-high-energy_gamma_ray )