The prospect of extending life for 40 years for humans

Russian physicists can create chips with terahertz radiation, which helps extend a person's life by at least 40 years.

The prospect of a 40-year lifespan for people

"Terahertz radiation is the area of ​​electromagnetic radiation at the boundary between light and radio waves. Considering the universal area, the origin of terahertz radiation in the natural environment is smoldering reeds of fire" , Nikolai Bagraev, professor of Experimental Physics at Saint Petersburg University of Technology, said.

Professor Bagraev thinks that in the near future, scientists will create radiation chips that will increase the lifespan of humans.(Artwork: jezebel.com)

If the selected range of radiation bands is suitable for each individual, the body will function smoothly like a watch. Bagraev identified this as a direct path to personalized medicine, opening up the prospect of increasing people's lifespan by 40 years.

The therapeutic properties of terahertz radiation have been used by healers by removing the reed rubbed on the wound. Today, scientists apply radiation in many different fields, especially medicine because many biochemical reactions in the human body are energized by this radiation, acting as catalysts. and compensate for certain enzyme deficiencies.

According to the professor, terahertz radiation can be used to treat high-grade neurological diseases such as multiple sclerosis and Alzheimer's. Using this therapy, the terahertz radiotherapy device has shown a positive effect on the treatment of arthritis and arthritis, even in the rehabilitation process.

Radiation supports diabetics, stimulating the movement of sugar from the blood in the tissue, even when the patient's body does not have enough insulin. As a result, they will not generate ulcers or limb necrosis. This therapy can also act as a means of circulating oxygen, preventing many serious diseases such as anemia.

Since the 70s of the last century, Russian scientists have pioneered the production of terahertz radiation devices for medical use, although the structural design is quite bulky. They are physicists St. St. Petersburg is working under the leadership of Professor Bagraev.

Now researchers have been able to make transmitters of any size. Their products are licensed for production and use in practice hospitals. In particular, the teratron set uses a combination of different diagnostic devices such as in tomography. Because terahertz radiation is not ionized, it does not cause any harmful effects to humans.

The current problem is to set up a series of production lines for compact terahertz radiation sets , not only for each hospital but also for individual needs. To regulate one's body, researchers need to make chips that are suitable to attach directly to the body.