Electromagnetic influence. What effect does electromagnetic radiation have on humans?

Modern science divided the material world around us into matter and field.

Does matter interact with the field? Or maybe they coexist in parallel and electromagnetic radiation does not affect the environment and living organisms? Let's find out how electromagnetic radiation acts on the human body.

The duality of the human body

Life on the planet originated under the influence of an abundant electromagnetic background. For thousands of years this background has not undergone significant changes. The influence of the electromagnetic field on various functions of a wide variety of living organisms was stable. This applies both to its simplest representatives and to the most highly organized creatures.

However, as humanity “matured,” the intensity of this background began to continuously increase due to artificial man-made sources: overhead power transmission lines, household electrical appliances, radio relay and cellular communication lines, and so on. The term “electromagnetic pollution” (smog) arose. It is understood as the totality of the entire spectrum of electromagnetic radiation that has a negative biological effect on living organisms. What is the mechanism of action of electromagnetic fields on a living organism, and what could be the consequences?

In search of an answer, we will have to accept the concept that a person not only has a material body consisting of an unimaginably complex combination of atoms and molecules, but also has another component - an electromagnetic field. It is the presence of these two components that ensures a person’s connection with the outside world.

The impact of the electromagnetic web on a person’s field affects his thoughts, behavior, physiological functions and even vitality.

A number of modern scientists believe that diseases of various organs and systems occur due to the pathological effects of external electromagnetic fields.

The spectrum of these frequencies is very wide - from gamma radiation to low-frequency electrical vibrations, so the changes they cause can be very diverse. The nature of the consequences is influenced not only by the frequency, but also by the intensity, as well as the time of exposure. Some frequencies cause thermal and informational effects, others have a destructive effect at the cellular level. In this case, decomposition products can cause poisoning of the body.

Norm of electromagnetic radiation for humans

Electromagnetic radiation turns into a pathogenic factor if its intensity exceeds the maximum verified by many statistical data acceptable standards for a person.

For radiation sources with frequencies:

Radio and television equipment, as well as cellular communications, operate in this frequency range. For high-voltage transmission lines, the threshold value is 160 kV/m. When the intensity of electromagnetic radiation exceeds the specified values, negative health effects are very likely. The actual voltage values ​​of the power line are 5–6 times less than the dangerous value.

Radio wave disease

As a result of clinical studies that began back in the 60s, it was found that under the influence of electromagnetic radiation on a person, changes occur in all areas of the body. critical systems. Therefore, it was proposed to introduce a new medical term- “radio wave disease”. According to researchers, its symptoms are already spreading to a third of the population.

Its main manifestations - dizziness, headaches, insomnia, fatigue, poor concentration, depression - are not particularly specific, so diagnosing this disease is difficult.

However, later these symptoms develop into serious chronic diseases:

• cardiac arrhythmia;
• fluctuations in blood sugar levels;
• chronic respiratory diseases, etc.

To assess the degree of danger of electromagnetic radiation for humans, let’s consider its effect on different systems of the body.

Impact of electromagnetic fields and radiation on the human body

1. The human nervous system is very sensitive to electromagnetic effects. Nerve cells of the brain (neurons) as a result of the “interference” of external fields deteriorate their conductivity. This can provoke severe and irreversible consequences for the person himself and his environment, since the changes affect the holy of holies - the highest nervous activity. But it is she who is responsible for the entire system of conditional and unconditioned reflexes. In addition, memory deteriorates, coordination of brain activity with the work of all parts of the body is disrupted. Very likely and mental disorders up to delusions, hallucinations and suicide attempts. Violation of the body's adaptive ability is fraught with exacerbation of chronic diseases.
2. Very negative reaction of the immune system to exposure electromagnetic waves. Not only does the immune system become suppressed, but the immune system also attacks its own body. This aggression is explained by a drop in the number of lymphocytes, which should ensure victory over the infection invading the body. These “valiant warriors” also become victims of electromagnetic radiation.
3. Blood quality plays a paramount role in human health. What is the effect of electromagnetic radiation on blood? All elements of this life-giving liquid have certain electrical potentials and charges. Electrical and magnetic components that form electromagnetic waves can cause destruction or, conversely, adhesion of red blood cells, platelets, and cause obstruction cell membranes. And their effect on the hematopoietic organs causes disruptions in the functioning of the entire hematopoietic system. The body's reaction to such a pathology is the release of excessive doses of adrenaline. All these processes have a very negative effect on the functioning of the heart muscle, blood pressure, myocardial conductivity and can cause arrhythmia. The conclusion is not comforting - electromagnetic radiation has an extremely negative effect on the cardiovascular system.
4. The effect of an electromagnetic field on the endocrine system leads to stimulation of the most important endocrine glands - the pituitary gland, adrenal glands, thyroid gland, etc. This causes disruptions in the production of important hormones.
5. One of the consequences of disorders in the nervous and endocrine systems is negative changes in the sexual sphere. If we evaluate the degree of influence of electromagnetic radiation on male and female sexual function, then the sensitivity of the female reproductive system to electromagnetic influences is much higher than that of men. Associated with this is the danger of affecting pregnant women. Pathologies of child development at different stages of pregnancy can manifest themselves in a decrease in the rate of fetal development, defects in the formation of various organs, and even lead to premature birth. The first weeks and months of pregnancy are especially vulnerable. The embryo is still loosely attached to the placenta and an electromagnetic “shock” can interrupt its connection with the mother’s body. In the first three months, the most important organs and systems of the growing fetus are formed. And the misinformation that external electromagnetic fields can bring can distort the material carrier of the genetic code - DNA.

How to reduce the negative impact of electromagnetic radiation

The listed symptoms indicate the strongest biological influence of electromagnetic radiation on human health. The danger is aggravated by the fact that we do not feel the impact of these fields and the negative effect accumulates over time.

How to protect yourself and your loved ones from electromagnetic fields and radiation? Following the following recommendations will help minimize the consequences of using electronic household appliances.

Our everyday life includes more and more diverse technology that makes our lives easier and more beautiful. But the influence of electromagnetic radiation on humans is not a myth. The champions in terms of the degree of influence on humans are microwave ovens, electric grills, Cell Phones and some models of electric shavers. It is almost impossible to refuse these benefits of civilization, but we should always remember about the reasonable use of all the technology around us.

In physics

"The influence of electromagnetic

radiation on the human body"

Work completed

Student 1 "A" course

Specialties 050709

Bryukhanova Ksenia

Ust-Labinsk

Introduction

1. Electromagnetic field and its characteristics

2. Sources of electromagnetic radiation

3. Mechanism of influence of electromagnetic radiation

4. Effect of electromagnetic radiation

5. The influence of electromagnetic rays emanating from cell phones on the human body

6. Impact of modern electronic devices

Conclusion

All substances continuously emit electromagnetic waves. The radiation spectrum covers a wide range of wavelengths: from radio waves hundreds of meters long to hard cosmic radiation with a wavelength of 10-12m. The natural electromagnetic spectrum covers wavelengths from 0.00000000000001 meters to 100,000 kilometers. Thermal (infrared) radiation is emitted by bodies in a certain temperature range. The higher the body temperature, the shorter the wavelength and the higher the intensity of the radiation.

An infrared heater is ideal wherever local surface heating is needed. Being absolutely harmless, infrared heaters provide efficient heating.

In the process of life, a person is constantly in the zone of action of the electromagnetic (EM) field of the Earth. This field, called background, is considered normal and does not cause any harm to human health.

The various “smart” machines that have become such a part of our lives (computers, cell phones, microwave ovens, televisions) can actually do a lot more harm to a person than it seems at first glance.

Extensive research on the impact of electromagnetic radiation on human health in the world began back in the 60s of the last century. A large amount of clinical material has been accumulated on the adverse effects of magnetic and electromagnetic fields. Already at this time, it was proposed to introduce new diseases “Radio wave disease” or “Chronic damage by microwaves.” Subsequently, the work of scientists in Russia established that the human nervous system is the most sensitive to the effects of electromagnetic fields. The results of the work carried out were used in the development of sanitary regulatory documents in Russia.

Therefore, consideration of the influence of electromagnetic radiation on the human body is relevant .

Target our abstract: learn about the mechanism and consequences of exposure to electromagnetic radiation.

We set ourselves the following tasks :

analyze the literature on this issue;

identify the mechanism of radiation influence

describe the consequences of this impact.

Object of study is electromagnetic radiation.

The abstract was completed on the basis of the Moscow Educational Institution with in-depth study in English No. 120 Samara.

Fig.1 Electromagnetic wave range

Electromagnetic field (EMF) is the physical field of moving electric charges, in which the interaction between them takes place. Particular manifestations of EMF are electric and magnetic fields. Since changing electric and magnetic fields generate magnetic and electric fields, respectively, at neighboring points in space, these two interconnected fields propagate in the form of a single EMF. EMFs are characterized by oscillation frequency f (or period T = 1/f), amplitude E (or H) and phase

, which determines the state of the wave process at each moment of time. Oscillation frequency is expressed in hertz (Hz), kilohertz (1 kHz = 10 3 Hz), megahertz (1 MHz = 10 6 Hz) and gigahertz (1x 10 9 Hz). The phase is expressed in degrees or relative units, multiples of . Oscillations of the electric (E) and magnetic (H) fields, which make up a single EMF, propagate in the form of electromagnetic waves, the main parameters of which are wavelength (), frequency (f) and propagation speed. Wave formation occurs in the wave zone at a greater distance from the source. In this zone the waves change in phase. At shorter distances - in the induction zone - E - the waves change out of phase and quickly decrease with distance from the source. In the induction zone, energy alternates between electric and magnetic fields. E and H are assessed separately. In the wave zone, radiation is assessed in terms of power flux density - watts per square centimeter. In the electromagnetic spectrum, EMFs occupy the radio frequency range (frequency from 3x104 to 3x1012 Hz) and are divided into several types (Fig. 1). IN extreme conditions, in particular, in conditions of space flight, an EMF source various characteristics becomes radio and television equipment. The biological effect of EMF on a living organism is based on the absorption of energy by tissues. Its value is determined by the properties of the irradiated tissue or its biophysical parameters - dielectric constant () and conductivity. Due to the high water content in them, body tissues should be considered as dielectrics with losses. The depth of penetration of EMF into tissues is greater, the lower the absorption. During total body irradiation, energy penetrates to a depth of 0.001 wavelengths. Depending on the intensity of exposure and exposure, wavelength and the initial functional state of the body, EMFs cause changes in the tissues under study with or without an increase in their temperature.

Power lines and strong radio transmitting devices create an electromagnetic field that is several times higher than the permissible level. To protect humans, special sanitary standards(GOST 12.1.006-84 regulates the impact of electromagnetic radiation on humans), including those that prohibit the construction of residential and other facilities near strong sources of radiation.

Often more dangerous are sources of weak electromagnetic radiation that operate over a long period of time. Such sources mainly include audio-video equipment, Appliances. Most significant influence mobile phones, microwave ovens, computers and televisions influence people.

Telephones and microwave ovens operate mainly for a short time (on average from 1 to 7 minutes), televisions do not cause significant harm, because usually located at a distance from spectators. The problem of electromagnetic radiation emanating from personal computers is quite acute for several reasons:

the computer has two radiation sources at once (monitor and system unit)

a PC user is practically unable to work at a distance

Very long time impact

Game consoles or set-top boxes that connect to the TV can lead to even more serious consequences. The main problem in this case comes down to the fact that TVs emit a more powerful field, but children (the main category of console users) cannot move away from the screen at a sufficient distance due to short wires, furniture placement, or the picture simply becomes very small. Old television receivers (domestic "Rassvet", "Rubin") are especially dangerous - their EM background is several times higher than that of modern world brands (Sony, LG, Panasonic, etc.). After 5-8 hours spent in front of such a TV (which is not uncommon in our families), the child gets a fever, the temperature quickly rises, and a headache appears. In this case, children should be immediately taken out of the EM field area, preferably outside. Symptoms quickly disappear after cessation of exposure to EM radiation.

The frequency range of electromagnetic waves currently recorded extends from 0 to 3*10 22 Hz. This range corresponds to the spectrum of electromagnetic waves with wavelengths varying from 10-14 m to infinity. Based on wavelength, the spectrum of electromagnetic waves is conventionally divided into eight ranges. The difference in frequencies emitted in different ranges is due to the difference in microscopic radiation sources. The main sources of electromagnetic radiation in modern life people are:

electric transport – trams, trolleybuses, electric trains.

power lines - city lighting, high-voltage lines.

household electrical appliances.

TV and radio stations - broadcasting antennas.

satellite and cellular communications - broadcasting antennas.

personal computers.

Each of these sources creates electric and magnetic fields in a different frequency range from 0 to 1000 Hz. In this case, the following values ​​of magnetic induction B, µT and tension are created electric field E, V/m, which in some cases far exceed the maximum permissible standards (MPN).

EM waves change the environment in the workplace by filling the air with positively charged ions. Such ions are harmful to people, so the room must be ventilated, and the best solution would be the purchase of a device known as the “Chizhevsky Chandelier”; currently there are quite a lot of modifications. The Chizhevsky chandelier is a source of negatively charged ions (more popularly known as the “mountain air effect”), which are beneficial to human health.

An electromagnetic pulse (EMP) is a natural phenomenon caused by the sudden acceleration of particles (mainly electrons), which results in an intense burst of electromagnetic energy. Everyday examples of EMR include the following phenomena: lightning, engine ignition systems internal combustion And solar flares. Although electromagnetic pulse capable of damaging electronic devices, this technology can be used to purposefully and safely disable electronic devices or to ensure the security of personal and confidential data.

Steps

Creation of an elementary electromagnetic emitter

Gather the necessary materials. To create a simple electromagnetic emitter, you will need a disposable camera, copper wire, rubber gloves, solder, a soldering iron and an iron rod. All these items can be purchased at your local hardware store.

• The thicker the wire you take for the experiment, the more powerful the final emitter will be.
• If you cannot find an iron rod, you can replace it with a rod made of non-metallic material. However, please note that such a replacement will negatively affect the power of the pulse produced.
• When working with electrical parts that can hold a charge, or when passing electrical current through an object, we strongly recommend wearing rubber gloves to avoid possible electrical shock.

1. Assemble the electromagnetic coil. An electromagnetic coil is a device that consists of two separate, but at the same time interconnected parts: a conductor and a core. In this case, the core will be an iron rod, and the conductor will be copper wire.

   Solder the ends of the electromagnetic coil to the capacitor. The capacitor, as a rule, has the form of a cylinder with two contacts, and it can be found on any circuit board. In a disposable camera, such a capacitor is responsible for the flash. Before unsoldering the capacitor, be sure to remove the battery from the camera, otherwise you may receive an electric shock.

   Find a safe place to test your electromagnetic emitter. Depending on the materials involved, the effective range of your EMP will be approximately one meter in any direction. Be that as it may, any electronics caught by the EMP will be destroyed.

   • Don't forget that EMR affects any and all devices within the affected radius, from life support machines like pacemakers to cell phones. Any damage caused by this device via EMP may result in legal consequences.
   • A grounded area, such as a tree stump or plastic table, is an ideal surface for testing an electromagnetic emitter.

2. Find a suitable test object. Since electromagnetic fields only affect electronics, consider purchasing an inexpensive device from your local electronics store. The experiment can be considered successful if, after activation of the EMP, the electronic device stops working.

   • Lots of shops stationery They sell fairly inexpensive electronic calculators with which you can check the effectiveness of the created emitter.

3. Insert the battery back into the camera. To restore the charge, you need to pass electricity through the capacitor, which will subsequently provide your electromagnetic coil with current and create an electromagnetic pulse. Place the test object as close to the EM emitter as possible.

   Let the capacitor charge. Allow the battery to charge the capacitor again by disconnecting it from the electromagnetic coil, then, using rubber gloves or plastic tongs, connect them again. If you work with bare hands, you risk getting an electric shock.

   Turn on the capacitor. Activating the flash on the camera will release the electricity stored in the capacitor, which, when passed through the coil, will create an electromagnetic pulse.

   Creation of a portable EM radiation device

   1. Gather everything you need. Creation portable device The EMP will go more smoothly if you have everything with you necessary tools and components. You will need the following items:

      Remove the circuit board from the camera. Inside the disposable camera there is a circuit board, which is responsible for its functionality. First, remove the batteries, and then the board itself, not forgetting to mark the position of the capacitor.

      • By working with the camera and capacitor in rubber gloves, you will thereby protect yourself from possible electric shock.
      • Capacitors are typically shaped like a cylinder with two terminals attached to a board. This is one of the most important parts of the future EMR device.
      • After you remove the battery, click the camera a couple of times to use up the accumulated charge in the capacitor. Due to the accumulated charge, you can get an electric shock at any time.

   2. Wrap the copper wire around the iron core. Take enough copper wire so that evenly spaced turns can completely cover the iron core. Also make sure that the coils fit tightly together, otherwise it will negatively affect the EMP power.

      • Leave a small amount of wire at the edges of the winding. They are needed to connect the rest of the device to the coil.

   3. Apply insulation to the radio antenna. The radio antenna will serve as a handle on which the reel and camera board will be attached. Wrap electrical tape around the base of the antenna to protect against electric shock.

      Secure the board to a thick piece of cardboard. The cardboard will serve as another layer of insulation, which will protect you from unpleasant electrical discharge. Take the board and secure it to the cardboard with electrical tape, but so that it does not cover the paths of the electrically conductive circuit.

      • Secure the board face up so that the capacitor and its conductive traces do not come into contact with the cardboard.
      • The cardboard backing for the PCB should also have enough space for the battery compartment.

   4. Attach the electromagnetic coil to the end of the radio antenna. Since to create EMP electricity should pass through the coil, it would be a good idea to add a second layer of insulation by placing a small piece of cardboard between the coil and the antenna. Take electrical tape and secure the spool to a piece of cardboard.

      Solder the power supply. Locate the battery connectors on the board and connect them to the corresponding contacts on the battery compartment. After this, you can secure the whole thing with electrical tape on a free section of cardboard.

      Connect the coil to the capacitor. You need to solder the edges of the copper wire to the electrodes of your capacitor. A switch should also be installed between the capacitor and the electromagnetic coil to control the flow of electricity between the two components.

ELECTROMAGNETIC RADIATION AND ELECTROMAGNETIC FIELDS - INVISIBLE KILLERS

We were taught at school that labor turned a monkey into a man, and scientific and technological progress is the engine of all humanity. It would seem that with its movement the quality and number of years lived by a person should improve. In fact, the deeper STP enters our lives, the harder our lives are and the more often people encounter previously unknown diseases, which appear and develop in direct progression along with technical progress. Let us not dispute that the benefits of civilization are bad. Let's talk about hidden threat for humans and their descendants - electromagnetic radiation.

Research by scientists over the past decades shows that electromagnetic radiation is no less dangerous than atomic radiation. Electromagnetic smog, interacting with the electromagnetic field of the body, partially suppresses it, distorting the human body’s own field. This leads to a decrease in immunity, disruption of information and cellular exchange within the body, and the occurrence of various diseases. It has been proven that even at a relatively weak level, prolonged exposure to electromagnetic radiation can cause cancer, memory loss, Alzheimer's and Parkinson's diseases, impotence, destruction of the lens of the eye, and a decrease in the number of red blood cells. Electromagnetic fields are especially dangerous for pregnant women and children. Electromagnetic radiation contributes to sexual dysfunction in men and reproductive dysfunction in women.

American and Swedish scientists established a safe limit for human health on the intensity of electromagnetic fields - (0.2 µT). Eg, washing machine– 1 µT, microwave oven (at a distance of 30 cm) – 8 µT, vacuum cleaner – 100 µT, and when a train departs for the subway – 50-100 µT.

Scientists have long been talking about the negative impact of electromagnetic fields (EMF) on children’s bodies. Since the size of a child’s head is smaller than that of an adult, the radiation penetrates deeper into those parts of the brain that, as a rule, are not irradiated in an adult. This applies to mobile phones, which simply expose the brain to “local” overheating. Experiments on animals confirmed that with increasing doses of high-frequency radiation, literally welded areas formed in their brains. Research by US scientists has proven that the signal from the phone penetrates the brain to a depth of 37.5 mm, which creates interference in the functioning of the nervous system.

Growing and developing tissues are most susceptible to the adverse effects of the electromagnetic field. It is also biologically active in embryos. A pregnant woman working at a computer is exposed to almost the entire body, including developing fetus By the way, those who think that laptop computers are practically safe are mistaken. Think carefully about negative consequences their effects before placing the laptop on your stomach or knees. Yes, liquid crystal screens do not have an electrostatic field and do not carry x-rays, but a cathode ray tube is not the only source of electromagnetic radiation. Fields can be generated by a supply voltage converter, control circuits and information generation on discrete liquid crystal screens, and other equipment elements.

SO HARMFUL OR NOT?

When talking about EMFs, we can’t help but mention Wi-Fi. On the Internet you can find many articles on this subject: “Wi-Fi networks are dangerous to health”, “Does Wi-Fi have a harmful effect on the human body?”, “Radiation from Wi-Fi networks harms trees, scientists say”, “Is it harmful Wi-Fi technology for children?

In the United States, there are examples of parents suing over Wi-Fi installed in schools and universities. Parents worry that wireless networks are causing irreparable harm health of children and adolescents, having a destructive effect on the growing body, are not unfounded. Wi-Fi, for example, operates at the same frequency as a microwave oven. For humans, this frequency is not at all as harmless as it seems. Behind Lately Some 20,000 studies have been published. They prove the fact that Wi-Fi negatively affects the health of mammals, in particular, human health. Migraines, colds, joint pain, but most often, diseases caused by Wi-Fi include cancer, heart failure, dementia and memory impairment. In the US, UK and Germany, Wi-Fi is increasingly being abandoned in schools, hospitals and universities. The reason for the refusal is said to be harm to human health. Today, there is no official verdict in the case of Wi-Fi, as there was with the WHO recognition of the harm of mobile phones. After all, the revealed truth will bring considerable losses to those who are not interested in it. As they say: “Saving a drowning man is the work of the drowning man himself.” And the reader is right who, after reading an article about the dangers of Wi-Fi, wrote: “In the end, everyone decides for themselves why they are sick.”

ELIMINATE THE NEGATIVE ELECTROMAGNETIC INFLUENCE OF WI-FI

The impact of Wi-Fi on the human body, unlike a mobile phone, is not so noticeable. But if you still use wireless technologies to connect to the Internet or corporate network on an ongoing basis, give them up. Better get yourself a regular twisted pair cable. Try to reduce the time you use wireless networks of any kind. Do not keep the source of electromagnetic radiation close to your body. Minimize the amount of time you use it mobile phone or bluetooth headset. Use a wired connection. If you are pregnant, try to stay as far away from wireless networks as possible. No one has yet proven the harmful effects of Wi-Fi on pregnant women. But who knows how this know-how will affect the body of the unborn baby? After all real love for a child is not about buying another toy or beautiful clothes, but about raising a child strong and healthy.

IN medical center"Paracelsus" You can undergo diagnostics of the effects of electromagnetic influences on your body. At the same time, the equipment allows you to differentiate the types of electromagnetic influences - man-made, geopathogenic, radioactive, determine the degree of electromagnetic load (4 degrees in total) and effectively neutralize this negative effect on the body.

With the constant development of high technology, everything appears large quantity sources of harmful rays surrounding humans and nature from all sides. Issues of electromagnetic radiation and its effect on the human body are today being discussed by world-class scientists.

It is not possible to completely limit yourself from exposure to harmful radiation, but it is possible and necessary to prevent their excess, just understand what it is.

One of the proven facts of the influence of the electromagnetic field is its Negative influence not only on a person’s health, but also on his thoughts, behavior and even the psychological component. Scientists came to this conclusion after studying the long-term interaction of waves with the human body. The sources of these waves are all kinds of electronic devices, computers, WI-FI, power lines and much more.

Thus, based on research, experts have identified the theory that developing diseases and pathologies in the human body occur due to exposure to rays from the outside. Moreover, decay products can even cause poisoning of body cells. Fortunately, a person can protect himself and his loved ones from harmful waves by knowing basic ways to protect against electromagnetic radiation.

Types of electromagnetic radiation are divided into radio waves, infrared (thermal) radiation, visible (optical) radiation, ultraviolet and hard radiation. IMPORTANT: in this case, the answer to the question “does visible light belong to electromagnetic radiation” is positive.

Radio wave disease

By the beginning of the 60s, specialists managed to discover a new trend in medicine - radio wave disease. The spread of this disease is very wide - 1/3 of the population. It must be said that in most cases a person is exposed to waves against his own will. However, radio wave disease is already indicated by a number of symptoms, including:

• headache;
• dizziness;
• increased fatigue;
• sleep disturbance;
• depression;
• absent-mindedness.

Since such symptoms relate to many types of diseases, diagnosing the above becomes extremely problematic. But, like any disease, radio wave disease is capable of developing and progressing.

As a result of its spread throughout the body, a person risks developing cardiac arrhythmia, chronic respiratory diseases, and even fluctuations in blood sugar levels. This happens through the destruction of a person’s electromagnetic field, affecting even the cells of his body.

This disease manifests itself differently depending on the organ or system it affects:

1. Nervous system – we're talking about about deterioration of neuron conductivity - nerve cells brain, which are susceptible to electromagnetic radiation that affects humans. Thus, deformation occurs in their work, which leads to disruption of conditioned and unconditioned reflexes, deterioration in the functioning of the limbs, the appearance of hallucinations, and irritability. There are known cases of suicide attempts against the background of a developing disease.
2. Immune system – in this case, the immune system is suppressed. And the cells responsible for its protection are themselves influenced by electromagnetic waves, thus creating additional negative influence from all sides.
3. Blood – electric frequencies provoke adhesion of blood cells to each other, contributing to the deterioration of blood outflow and the formation of blood clots. This can result in an excess release of adrenaline into the body, which in itself is detrimental to health. Talk about impairment of cardio-vascular system not necessary - obvious arrhythmia, development of plaques in the heart muscle and other types of heart failure, as a negative effect of electromagnetic waves on the human body.
4. Endocrine system – Since this system is responsible for controlling the functioning of hormones in the body, the influence of electromagnetic fields speaks for itself. The result of this effect is liver destruction.
5. Reproductive system– Women are often more susceptible to electromagnetic radiation than men. Having increased sensitivity to external influences, the female body is able to literally “suck in” harmful radiation. This effect is especially dangerous during pregnancy. In the first weeks, the fetus is not firmly attached to the placenta, so there is a high probability of losing contact with the mother during a sudden release of radiation. Regarding more late dates- statistics are such that electromagnetic radiation affects changes in the child’s genetic code, DNA deformation.

Consequences of EMP

Radio wave disease takes on new forms every year, expanding and progressing, depending on the number and level of radiation sources. Experts have identified a number of consequences not only individually, but also in a large-scale sense:

• Cancer - it’s no secret that cancer diseases manifest themselves when completely different conditions. However, scientists have proven the increased negative impact of electromagnetic radiation on cancer cells. Thus, studies in Japan have confirmed the presence higher level the risk of childhood leukemia in people whose bedrooms literally “glow” from the presence of electrical appliances and their components.
• Mental disorders - in last years Cases of deterioration in the perception of the surrounding world in those exposed to excessive levels of electromagnetic radiation have become more frequent. We are talking not only about the so-called classic symptoms, but also about the developing fear of EMR. Such fear often develops into a phobia; a person begins to panic at the thought that any emission of radiation can provoke painful sensations in one or another organ or part of the body.
• Stillbirth - according to official data, today the risk of fetal death increases by 15%, provided that the mother is in constant contact with sources of electromagnetic radiation. In addition to stillbirth, the likelihood of developing pathologies in the unborn child, slowdown in development, premature birth, and miscarriage increases. This is the impact of electromagnetic radiation on human health and the health of future generations.

In addition to the enormous negative effect of electromagnetic radiation on the human body, these waves can poison the environment. The most susceptible areas include areas with a large concentration of high-frequency power lines. They are often located far from residential buildings, but in individual cases there are such power transmission lines close to settlements.

Vegetable and animal world also exposed negative impact harmful rays. In turn, a person eats irradiated animals and food products and, as a result, receives an additional dose of radiation-contaminated particles into his body. Such a process is extremely difficult to control due to factors beyond human control, but it is still possible to influence it.

Video: the invisible enemy is electromagnetic radiation.

Data

To understand what the effect of electromagnetic fields on the human body is, it is enough to familiarize yourself with the following facts:

1. Changes in the blood and urine of a 9-year-old child 15 minutes after sitting at the computer coincide with changes in the tests of a cancer patient. Teenagers are susceptible to a similar influence after half an hour of being near the computer. And an adult undergoes changes in tests after 2 hours.
2. The signal coming from a portable radiotelephone can penetrate the brain at a distance of up to 37.5 mm.
3. Electricians are 13 times more likely to develop brain cancer compared to other professions. The level of the magnetic field in such workers is practically destroyed.
4. A 13-year-old child who talks on the phone for about 2 minutes undergoes a bioelectrical change in the brain, which takes place several hours after the conversation.
5. Animals, even slightly irradiated with a dose of electromagnetic radiation, began to lag behind in development and acquired pathologies in the body, as with radiation.

Electromagnetic radiation limits have the following meanings:

• Radio waves - ultrashort (0.1mm-1m/30MHz-300GHz), short (10-100m/3MHz-30MHz), medium (100m-1km/300kHz-3MHz), long (1km-10km/30kHz-300kHz), ultra-long (more than 10 km/less than 30 kHz).
• Optical radiation - ultraviolet (380-10nm/7.5*10 at 14st Hz-3*10 at 16st Hz), visible radiation (780-380nm/429THz-750THz), infrared radiation(1mm-780nm/300GHz-429THz).
• Ionizing electromagnetic radiation - x-rays, gamma. A more detailed table for calculating EMR standards includes additional sources of propagation of harmful waves.

It is not possible to completely protect yourself from the effects of harmful waves. However, today there are a number of factors that can prevent the excessive influence of electromagnetic radiation on the human body:

1. Purchasing a special dosimeter. Such a detector will help to identify the most dangerous sources of radiation by calculating the frequency of their waves and, as a result, reduce the time spent near such sources or eliminate them completely. Instruments for measuring electromagnetic fields are available at any hardware store.
2. Separation of radiation sources by area. It is not recommended to operate electromagnetic devices within a close radius of each other, otherwise their negative impact on the environment and the human body increases, causing maximum harm.
3. Isolation of radiation sources. We are talking, for example, about a refrigerator. It is advisable to use it at a distance from the dining table. The situation is similar with a computer or laptop: the distance to the location (sofa, bed) should be at least one and a half meters.
4. Exclusion of toys with EMP. The electromagnetic effects of radio-controlled and electrical accessories for a children's room pose a serious threat to the health of an adult, and are extremely destructive for children. It is recommended to rid the room of toys emitted by EMR.
5. Radiotelephone isolation. This technique is capable of emitting harmful waves over a radius of up to 10 meters. It is extremely important to remove such electronics as far as possible. This method of protection will protect you from the main source of harmful radiation, since the radiotelephone operates 24 hours a day.
6. Eliminate the purchase of counterfeit phones. Low price for such products is determined primarily by the harmful radiation of electromagnetic waves on humans.
7. Careful selection of household appliances. In this case we are talking directly about devices with a steel body.

In addition to the above factors, there are well-known simple ways protection from electromagnetic radiation, compliance with which will also allow you to protect yourself from EMR, reducing the risk of exposure to the lowest level:

• It is not recommended to stay near a working microwave oven, since its waves have an extremely negative impact on the environment, if we compare household appliances.
• It is undesirable to be too close to the monitor.
• Avoid being near high-frequency power lines.
• It is recommended to avoid an increased amount of jewelry on the body, which should be removed before going to bed.
• The presence of electrical appliances, analogue household appliances, equipment and wiring at a distance of 2 meters from the bed is approved.
• Recommended minimal amount time near operating electrical appliances and similar equipment.
• It is undesirable for non-working devices to be switched on.

Often people don't give special significance the harm that electromagnetic radiation can cause to the most common household appliances and other factors surrounding them, since they are not able to see their waves. This feature makes EMR extremely dangerous for the life of all living things.

Having the ability to accumulate in the body, harmful rays affect vital systems, manifesting themselves in a variety of diseases and ailments. Humanity will be able to see the full scale of this problem a generation later - only then will the specific impact on the health of those who happen to live their lives surrounded by EMR sources be identified.