Shungite EMF Protection: Protection From Dangerous Radiation

Part I. What is EMF, and how does it affect a person?

Shungite EMF protection—how does it work? Russian black stone type 3 can protect from electric and magnetic fields (EMF) for two reasons. First, it absorbs dangerous radiation. Second, Russian stone reflects electric and magnetic fields. These properties are called radio shielding properties. All radio-absorbing materials work on these two fundamental principles. After all, the negative wave is both an electric and a magnetic field.

Therefore, EMF protectors are constructed from constituent parts that absorb and reflect electromagnetic fields. The Russian black stone type 3 has two qualities present simultaneously to block electric and magnetic fields. This article will discuss what EMF is, how Russian rock is protected from dangerous radiation, scientific evidence, and the use of Russian rock against EMF radio frequency and from 5g radiation.

Table of contents

• 1. Part I. What is EMF?
• 2. Part II: Shungite EMF Protection: How does it work?
• 3. Part III: Shungite and 5G Networks?
• 4. Part IV: The use of Russian rock in life for protection from dangerous radiation
• 5. Part V: The ability of the black stone to screen the dangerous radiation depending on the carbon content in it

What is EMF?

EMF fields are a collection of e-waves. They are alternating electric and magnetic fields propagating in space, and they change at the same frequency.

Where does the EMF come from?

Electromagnetic waves arise during the accelerated movement of electrical charges. In doing so, they generate a magnetic field. Therefore, if any mechanism runs on electricity, it will continuously emit electromagnetic waves. Also, electromagnetic waves can occur when even the smallest molecules of atoms or their nuclei move. This happens when they transition from one quantum state to another. For example, this is nuclear decay in the sun. Or a nuclear chain reaction in a nuclear power plant’s nuclear reactor.

The most basic spectral characteristics of EMF waves:

• Wavelength (the distance between two points in space closest to each other, at which oscillations occur in the same phase)
• Frequency (how many times per second the magnitude of the electric and magnetic fields changes at each point in space)
• Photon Energy (the energy carried by a single photon)

An interesting observation is that Wavelength is inversely proportional to frequency. The long wave will have a low frequency, and the short wave will have a high frequency.

What are the sources of e-wave radiation?

1) Natural sources of EMF:

• Сonstant electric and magnetic fields of the Earth
• Radiation from the sun – the visible spectrum of light

Earth’s natural electric and magnetic fields do not harm our health. However, sometimes the voltage of these fields changes, for example, with excessive magnetic activity in the sun. This, in turn, disrupts the Earth’s magnetic field. Meteorologists call this phenomenon magnetic storms.

These storms are harmful to people with coronary artery disease, so experts always warn weather-dependent people about them. However, not everyone knows about this feature of their body. Consequently, they attribute headaches and a rapid heartbeat during magnetic storms to other causes.

2) Artificial sources:

• High voltage power line frequency (from 50 Hz to 60 Hz)
• Monitors and video displays (3-30 kHz)
• Radio communication and broadcasting (30 kHz – 3 MHz)
• Industrial induction heaters, R.F. heat sealers, medical diathermy equipment (30 kHz – 30 MHz)
• F.M. broadcasting (30-300 MHz)
• Television, mobile phones, microwave ovens, medical diathermy equipment (0.3-3 GHz)
• Radars, satellite communication lines, microwave communication (3-30 GHz)
• Various radio equipment of the microwave and EHF ranges (3–300 GHz)

The level of electric and magnetic fields from artificial radiation sources in places of intensive use can significantly exceed the natural background radiation by more than 1,000 times. As a rule, a person deals with radio frequency fields in his daily activities, which are part of the electromagnetic spectrum.

What is the difference between ionizing radiation and non-ionizing radiation?

Depending on how the EMF acts on the substance, there are two types of radiation:

Ionizing radiation

It is X-ray and Gamma radiation:

• Nuclear Plant
• Medicine: X-ray room and tomographs

Non-ionizing radiation

Ionizing radiation carries vital energy that can break cellular bonds in matter. This is the most life-threatening e-wave radiation. In living organisms, it causes radiation sickness, tumors, and genetic diseases.

On the contrary, non-ionizing radiation cannot do this because it doesn’t have that much photon energy. In everyday life, you will not encounter ionizing radiation. Unless, of course, you only work in enterprises related to this type of energy. Therefore, you do not need to worry about ionizing radiation.

How does EMF affect the body?

The body absorbs EMF fields, which then begin to interact with the internal fields of a person—electric and magnetic. As a result, various biological changes occur in the body. Science describes the available data on the effect of EMF on cell membranes, the structure of some proteins, and the electrical activity of neurons. As a result, scientists have noticed that the impact of e-waves is not always purely thermal.

Types of body exposure to non-ionizing electromagnetic radiation

1) Violation of the mechanism of communication between cells

As you know, there is such a communication mechanism between the body’s cells as ionic conduction. Thanks to her, cells exchange nutrients with each other and remove waste products. The bottom line is that, for example, low-frequency waves can disrupt the ionic conductivity of cells.

Imagine that when a body absorbs EMF waves, its electrical charges oscillate. As a result, additional internal electric and magnetic fields are created. In response, the internal resistance of the cells increases. This means that energy is lost, and ionic conductivity is disturbed.

Violation of ionic conductivity means deterioration in the movement of nutrients into the body’s cells and removing metabolic products.

Exposure to low-intensity EMF on children.

2) The electrical harmony of water molecules and proteins in the body is disrupted

In our body, molecules have their electrical symmetry. Its state reflects the dipole moment. When the body absorbs EMF fields, its molecules begin to vibrate. This is water and proteins. They start to vibrate at the absorbed frequency of the wave. As a result, the dipole moment changes. In turn, there is a violation of the electrical symmetry of water and proteins. Further, molecules rotate and friction in a viscous medium. What causes tissue heating [1]?

The adult human body is 60% water, but the newborn is already 90%. Modern medicine agrees that intracellular and extracellular water structure changes, including metabolic and functional cell changes, have negative consequences.

Let’s give an example of the negative impact of dangerous radiation on the human circulatory system. The moment the electromagnetic field enters the body, it affects the movement of charged particles in the blood. As a result, electromagnetic fields are created around the heart and major blood vessels. Thus, the movement of blood slows down a little. The consequences can be minor changes in the heartbeat before pathological changes in heart rate.

Which organs and systems are affected by EMF?

Over the past fifty years, many researchers have devoted their scientific work to the biological effects of e-wave on living organisms [2]. They identified the most vulnerable organs and systems:

• Hematopoietic system
• Central nervous system
• Cardiovascular system
• Reproductive system
• Brain
• Neuroendocrine system
• Immunity and metabolic processes

Siekierzynski H. M. and co-authors (1987) [3] also revealed a carcinogenic effect on the Polish army soldiers who served the radars. This applies to both microwave and ultra-long frequency ranges. They found a higher incidence of cancer (primarily leukemia).

What frequencies are most dangerous for humans?

When low-frequency waves act on the body for a long time, they weaken cells’ ionic conductivity. However, in general, the biological activity of EMR decreases with increasing Wavelength (or decreasing frequency) of radiation.

At the same time, the most dangerous in ordinary life are high-frequency waves carrying high energy. These are frequency ranges from high to ultra-high frequencies. When exposed to high-frequency waves, the ionic conductivity of cell membranes is significantly increased. At the same time, the capacitive resistance of the cell membranes decreases. Therefore, the energy of EMF waves quickly penetrates the body and accumulates even more in it. And the higher the frequency of the e-waves, the more energy the body absorbs. There is a cumulative effect of dangerous radiation. And thus, EMF causes significant harm to the body.

Why a phone emf is harmful: accumulative effect

A cell phone can cause an accumulation of EMF waves in the body. After all, the brain absorbs two-thirds of the EMF energy when talking on the phone. According to research by the Russian Center for Electromagnetic Safety [4], the danger arises when you speak on the phone for more than an hour daily.

In this case, the body accumulates an excessive amount of e-wave radiation. If you must talk a lot, use a headset. You can glue a shungite EMF protection plate that absorbs EMF waves on the phone. This article will explain more about how Russian stones are protected from EMF and how they can block the radiation of cell phones.

Also, it is dangerous to talk on the phone in the car for a long time because the iron body of the machine does not release waves. In addition, mobile communication stations change when moving, and the phone actively searches for a signal. Then, the radiation is amplified. As a result, EMF radiation accumulates, and the body absorbs it excessively like a sponge. Further, heating occurs, as well as various biological effects.

Is the radiation from a Wi-Fi router harmful?

A Wi-Fi router emits radiation as it transmits data using EMF waves. Wi-Fi router operates at a frequency of 2.4-6 GHz. If several routers are in the house, their traffic is added together. As a result, their EMRs will add up. Thus, electric and magnetic fields are increased. As a result, the body increases the absorption of dangerous radiation. If you were asking yourself how to get rid of e-wave in your house, natural black rock type 3 will help you; for example, place a shungite EMF protection pyramid next to a Wi-Fi device because Russian black stones absorb radiation from the Wi-Fi router.

Do microwave ovens give off radiation?

A microwave or microwave oven has a particular magnetron device inside. It converts electricity into an ultra-high frequency electromagnetic field of 2450 MHz or 2.45 GHz. EMF waves cause food molecules to rotate at one million vibrations per second. Next, friction is created, which heats the food.

The hermetically closed door does not let out waves. However, the doors can lose their tightness; after five years, the oven can become a source of e-waves. To eliminate the adverse effects of the microwave, it is enough not to approach it closer than 20 inches when it is working. A black stone plate can also protect you from the radiation of a microwave oven or refrigerator.

How EMF frequencies affect people: summary

Thus, we discovered that when a person enters electromagnetic fields, his body absorbs EMF waves. The dangerous radiation and energy affect a person’s natural electric and magnetic fields. As a result, low-frequency e-waves disrupt the ionic conduction of body cells. Hence, metabolic processes in the body are disrupted. On the contrary, high-frequency waves enhance cell membranes’ ionic conductivity with their powerful energy. As a result, the body absorbs even more EMF energy, and the effect of accumulating radio waves in the body arises. In turn, this can change the structure of water inside a person and his proteins. Collectively, this has broader biological implications than just thermal effects.

Part II: Shungite EMF Protection: How Does it Work?

As you know, EMF radiation can only block material that can reflect and absorb the electrical and magnetic parts of the e-wave. Such materials are called radio-absorbing materials. They are used to make screens to block EMF, paint, and so on. Their principle of operation is not similar to the work of a blank wall. After all, dangerous radiation can pass through almost any obstacle and travel any distance. They even come to us from space.

Look, an electromagnetic wave interacts with all material objects in three ways:

• Passes through the object
• Absorbed by the object
• Reflected from the object

If some materials are highly reflective or absorbent, they are suitable for screens against EMF. Composite screens are assembled from them. Since one material has only one property, looking ahead, let’s say that a unique black rock has many properties at once, one of which is to protect it from dangerous radiation.

How do electric and magnetic field protectors work?

Materials protecting against emf are divided into:

1. Diffusers. They reflect the EMF wave. This works by reducing the intensity of the incident and reflected waves. The intensity of the wave energy decreases due to multiple re-reflections from conducting microstructures in the material – flakes and nanoparticles.
2. Absorbers are materials that absorb radio radiation. Inside them, microwave radiation is converted into thermal energy due to dielectric and magnetic losses.
3. Combined. They combine the properties of scattering and absorbing materials.
4. Interferential. In them, the intensity of the electric and magnetic fields is damped due to the superposition of waves with a phase difference.

How does Russian rock absorb EMF radiation?

Shungite EMF protection is a natural ability of this rare stone from Karelia. The Karelia region is the only place on Earth with a mountain deposit of this unique black stone. In addition, it is a natural composite with the properties of absorption and dispersion of EMF waves.

These protective properties are associated with its unusual structure. Karelian black rock’s structure is a quartz matrix (made of silicon dioxide) inside which carbon flakes are scattered. This unique carbon contains the highest allotropic form containing fullerenes and other nanoparticles. In addition, the quartz matrix is doped with micro-sized metals. Therefore, Russian rock can block electric and magnetic fields. Next, we will consider the question of shungite EMF protection in detail: How does it work?

I recommend reading this article to learn more about this black stone from Russia.

It is known that the absorption mechanism of electromagnetic radiation is based on the excitation of eddy currents in a conductor and their scattering in a dielectric. Therefore, Karelian rock can block electric and magnetic fields because it is a natural combined composite: carbon conductor + quartz dielectric [6].

Shungite EMF Protection: Research

The protective properties of Karelian stone have been studied by many scientists and analyzed in various types of research. The shungite EMF protection properties were measured using precise and expensive scientific equipment. The black rock type 3 studies were conducted in the UHF range from 8 to 70 GHz [19]. As a result, it turned out that Russian rock has a very high level of electromagnetic protection. The black stone almost completely absorbs microwave radiation even with a stone thickness of hundreds and even tens of microns [7, 8, 9, 10, 11].

The shielding ability of Karelian rock is confirmed by patents of the Russian Federation and the United States (patent of the Russian Federation No. 2255866 from 2005), US Pat. No. 6818821 from 2004, US Pat. No. 6937184 of 2005).

Moreover, stone’s shielding ability increases with the frequency of electromagnetic oscillations, while metal structures decrease at frequencies above 5 GHz [12].

Let us cite as an example study the shungite emf protection of the Russian candidate of physical and mathematical sciences Rodionov V.V. He proofs that natural Russian type 3 black stone absorbs microwaves in the 12.6 – 40 GHz range from 9.5 to 44.5 dB [13].

Many studies show Russian stone-based protective composites against e-wave [14, 15, 16, 17]. Based on these, the shungite EMF protection in the 0.5-18 GHz range with a shielding efficiency from –10 dB to –30 dB has been proved [18]. Also, the high efficiency of black rock shielding of microwave waves in the UHF range from 8 to 70 GHz [19] has also been proved.

Conclusions from research on the EMF protective properties

In summary, the research shows that the protection of shungite EMF is explained by its complex structure. First, it increases dielectric loss. This means that the wave in the stone dies out. Secondly, the energy of the electromagnetic field is scattered on carbon structures and in a silicon framework.

After all, the structure of Karelian stone has such distinctive features:

• High initial conductivity [19].
• The development of the nanoscale structure and its porosity.
• It contains carbon in a particular allotropic form and nanoparticles of c60 fullerenes, c70 fullerenes, fullerites, monocrystalline graphite, and graphene [20].
• Silicon matrix with various dielectric dopants of natural origin.

In another study [31], doctors of physical and mathematical sciences Zavodinsky Victor G. and Kuz’menko Alexander P. made a quantum-mechanical calculation of the electronic structure of C60 fullerene. As a result, it was found that unique complexes arise upon contact of C60 fullerene fragments with silicon dioxide particles (quartz).

They have a metallic character of the density of states at the Fermi level. In this case, a feature of such complexes is that the conducting regions are adjacent to the dielectric regions. That, in turn, can cause the absorption and dissipation of microwave radiation. For example, we observe this phenomenon in natural minerals from Russia.

Shungite EMF Protection: the structural level

Reflection and scattering of the dangerous radiation in the black rock works at the structural nanoscale. The EMF wave passes through shungite stone and is attenuated due to the loss of dielectric resistance due to the silicon frame. Due to eddy currents conducting layered carbon nanoparticles of fullerenes and fullerites, the Russian black mineral absorbs electric and magnetic fields.

Multiple re-reflections of EMF waves occur in lamellar carbon nanoparticles. In this case, microwave energy’s dissipation (conversion of particle energy into heat) will increase. This will happen precisely due to multiple passages of waves inside the stone carbon nanoparticles.

Therefore, complex absorption mechanisms work in the stone, which depends on its structure. Fullerenes C60 and other nanocarbon inclusions in Russian rock operate at the level of nanoscale electromagnetism, which is significantly different from classical electromagnetism. Thus, science has proven the ability of black rock to absorb dangerous radiation and reflect and scatter waves in their thickness [22, 23, 24].

Thus, science has proven that shungite EMF protection properties can absorb radiation, reflect, and scatter waves in thickness.

Part III: Shungite EMF Protection and 5G Networks?

What is 5g radio frequency, and how is it different from the dangerous radiation?

EMF radiation is electromagnetic waves that add up to an electromagnetic field. As we know, different waves have their range (Wavelength and frequency). 5G waves are also dangerous radiation, only of a particular range.

The name 5G stands for a new standard for mobile communications. It differs from the current 4G standard regarding frequencies and high productivity. For the transition from 4G to 5G, they will first use the 4G infrastructure thanks to frequency refarming.

What frequencies are used for 5G?

For 5G, two new frequency ranges of electromagnetic waves have been allocated:

1) Frequency Range 1 (FR1)
These are electromagnetic waves with a traditional frequency from the sub-6 GHz range (2.5 GHz, 3.5 GHz, and 3.7-4.2 GHz). They will carry the data stream over long distances.

2) Frequency Range 2 (FR2)
The second, high-frequency wavelength range effectively transmits data over short distances. The fundamental novelty of the 5G standard lies precisely in introducing the second band. FR2s start at 24 GHz and go up to ~ 50 GHz and higher, depending on the country and operator.

For example, in the United States, these are 24 GHz and 28 GHz, and the upper bands are 37 GHz, 39 GHz, and 47 GHz. Bands above 95 GHz are also considered [25].

5G dangers: too many non-ionizing EMF radiation transmitters and receivers

The danger of the 5g radiation range is the high frequency of the waves and the large number of transmitters. After all, Frequency Range 2 is high-frequency electromagnetic waves. They have a very short wavelength—millimeters. Therefore, they efficiently transfer data over short distances. Due to their high frequency, they can carry a tremendous amount of information. However, they have a low penetrating power, so they quickly go out.

Radiofrequency 5G near me: what are small cells?

Electric and magnetic fields of the second 5g range are less resistant to interference and environmental obstacles. Therefore, the coverage radius of each base station will decrease. In this regard, a denser infrastructure consisting of the so-called Small cells will be required. This means there will be many 5G receivers in an urban environment. Most likely, they will appear on lighting poles, walls of buildings, and public transport stops. They can also be made as a simple object – an advertising lightbox or a trash can.

The essence of the 5G standard is introducing the second range (millimeter wavelength range of high-frequency EMF) to achieve large data volumes and speeds.

Why is 5G technology harmful?

• Many 5g transmitters transmit high-frequency waves.
• High-frequency waves are the most dangerous for humans and other living organisms.
• Due to the large number of receivers, different 5g waves will overlap. Their frequencies will overlap, resulting in a stronger electromagnetic field. The cumulative effect means the human body will absorb the electromagnetic field much more.
• The human body absorbs more electromagnetic waves from the 5g range, which can lead to various adverse biological effects.

How to protect yourself from EMF 5G radiation

Since 5G requires many receivers around it, classical protection by time and distance from the amp becomes more difficult. And so, there was a heated debate around 5G technology. Also, see more about 5 G technologies here. However, the ability to block EMF 5 G radiation is still possible. After all, 5G waves are the same EMF waves, which can be protected using unique radio-absorbing materials.

These materials have proven protective properties against electric and magnetic fields. Such materials include black stone type 3 from Karelia containing fullerenes. It is a natural composite that provides 5g radiation protection, a scientifically proven fact. In addition, based on the Russian EMF Protection stone, unique radio-absorbing materials are created to protect against non-ionizing e-wave microwave radiation.

Therefore, Karelian black rock can provide active protection from 5g radiation when many transmitters of non-ionizing electromagnetic radiation with 5g frequencies are present.

Part IV: The use of Russian black rock in life for protection from EMF fields

Shungite EMF Protection: Products

Many research institutes and organizations are researching EMF and creating protectors from electric and magnetic fields [26]. These protectors are radio-absorbing materials, usually composites with a complex structure. Their production is expensive, so developers seek cheaper, simpler designs.

It is often necessary to cover large areas to shield from electromagnetic fields. In this regard, there has long been an interest in affordable, unique black stone from Karelia (Russia). This rock exhibits practical and affordable stone emf shield benefits.

For example, based on the Russian rock from radiation, various materials are created that protect against electromagnetic fields:

• Shielding paint based on powder [27]
• Finishing materials (tiles, floors) [28]
• Cement with inclusions of powder
• Building boards made of stone-impregnated particle board
• Anechoic chambers for special studies
• Military technology
• Treatment rooms

In this case, the main principle of shielding electromagnetic signals is redirecting vibration energy due to reflection from surfaces with geometric inhomogeneities and the absorption of waves inside Russian rock-based materials.

Scientific patents for Karelian rock type 3-based EMF shielding materials

Various organizations have investigated the stone’s radioprotective properties and created materials based on them that can protect from EMF. At the same time, they patented the technology of their production. To obtain a patent, an invention must be novel, have an inventive level, and be applicable in industrial production. For example, we will cite several registered patents for protection against -waves and finishing materials based on Russian shungite rock.

• Russian black EMF protection stone as absorbing dangerous radiation: US Pat. No. 6818821 dated 2004 [32]
• A protective shield against the effects of electromagnetic radiation and a method of manufacture. Patent №2234176 -2002, Scientific and technical innovation enterprise “Girokont.”
• BUILDING MATERIAL FOR SHIELDING PREMISES. Dry mortar protects technical equipment and people in medical, industrial, scientific, administrative, and residential premises from the effects of ionizing radiation. Patent No. 2388715, 2010 ALFAPOL LLC.
• A dry composition based on black rock is used to obtain materials with a unique combination of properties (shungilite) RU 2540747: “National Research Technological University” MISiS.”
• A composite material based on black stone and a method for its production. Facing tiles that reduce radiation and radio transparency and increase antiseptic and biocidal properties. Holders of the patent RU 2405749
• WOOD-CHIPPING PLATE with black rock powder. Utility model patent number: RU 137500 U1 Russia, 2013. FSUE “Petrozavodsk State University”.
• DEVICE FOR PROTECTION AGAINST ENERGY IMPACT. This device protects against radio emissions from household appliances, mobile phones, etc. The patent number for a useful model is R.F. No. 2255866. 2009 OOO “Multitekhnologii”.

Medical and military technologies for stopping EMF waves using Russian black rock

Also, the protective properties of Karelian stone are used in treatment rooms to shield from electric and magnetic fields. It is helpful for the cardiovascular system and normalizes blood pressure. For example, in St. Petersburg, such medical chambers have been made at the Russian Military Medical Academy.

In addition, with the use of shungite emf protection stone, it is possible to create a room that neither a sound wave nor an electromagnetic one can penetrate. There will be no echo, and such a room is called an anechoic chamber. You can record a music album or test high-power radar antennas. The scientific institute made a large-sized camera (30x18x9 meters) of the military concern Almaz-Antey in Russia. The EMF block frame of such a camera was made entirely of material using c60 rock.

Thus, type 3 radio-absorbing materials are used in constructing and decorating premises to ensure electromagnetic safety in residential areas and workplaces near sources of electromagnetic radiation and to protect against X-ray radiation from medical equipment [30]. In addition, dangerous radiation uses the protective properties of stone in materials for medical and even military purposes.

Shungite EMF Protection: Benefits of Natural Material

Most importantly, natural stone’s advantages include its shungite EMF protection properties, which manifest even at negligible mineral thickness. As we described above, a thin plate with a thickness of 10 to 50 microns was used to study the screening properties of Karelian rock. This is even less than the thickness of a human hair (50-100 microns).

At the same time, Russian black rock provides almost complete (40 dB or more) low-frequency and high-frequency radiation absorption. This opens vast opportunities for using e-wave block paint based on raw stone powder. Also, black stone EMF protection products in the form of pyramids and spheres or cubes located everywhere will help to make an EMF blocker for the home.

Part V: The ability of Russian black stone to screen the EMF depending on the carbon content in it

Elite silver Type 1 vs black classic rock

At present, we can distinguish Russian rock by the concentration of carbon in it. For example, the researcher Borisov P.A. distinguishes five varieties depending on the carbon content: type-I or another name is elite (75% ÷ 98%), type-II (35% ÷ 75%), type-III (20% ÷ 35%), type-IV (10% ÷ 20 %) and type-V (less than 10%).

Above all, according to multiple studies, the black stone of the third type, with a carbon content of 20-35%, is highly efficient in absorbing and reflecting dangerous radiation even in comparison with rock with a high carbon content. At the same time, this type of Rock from Karelia was massively investigated for its EMF properties. This makes it possible to successfully use this type of black rock for protection against electric and magnetic fields in a wide range of non-ionizing radiation frequencies.

Scientific research of black powder made of Russian stone against EMF

Firstly, let us give an example of an extensive study of the microwave properties of Russian rock from the Zazhoginskoye deposit (Republic of Karelia, Russia) with a carbon content of 33.62%. V.V. Rodionov [10] carried out this scientific research in his dissertation for the degree of candidate of physical and mathematical sciences.

The researcher took sample No. 1 as a powder from the Zazhoginsky Deposit, which had a carbon content of 33.62 %. Sample # 2 was obtained from the same black stone from Karelia. Only all components except carbon were removed from it, bringing the carbon concentration to 95-98%.

Shungite EMF Protection: Result of studies

The research found that carbon in Karelian stone from the Zazhogino deposit is identical to the carbon of the first type (anthraxolite or elite type 1 with a carbon content of more than 98%) [10, p. 85].

Scientists noted that sample No. 1, with a carbon content of 33.62%, absorbed microwave radiation very effectively. At the same time, there is a slight difference between the indicators of the two samples in the form of oscillations. A high level of microwave absorption of natural Russian stone in the initial state is due to a relatively low electrical conductivity (~ 1 S/m).

This, in turn, causes an increase in dielectric loss (since there is non-conductive quartz) [10, p. 117]. In the second sample with a carbon content of 95-98%, a slight increase in the level of reflection of EMF waves was observed. Together, they absorbed waves due to multiple reflections and absorptions in layered carbon structures.

In conclusion, there is no significant difference in the complex phenomenon of absorption and reflection of EMF waves between samples №1 and №2. Therefore, Karelian c60 stone from the world’s only deposit, Zazhoginskoe from Karelia (Russia), is actively used in industry to produce various materials to block EMF.

How to use Shungite for EMF protection?

In short, Russian black rocks can protect against EMF in places where the highest electric and magnetic fields and 5g radiation come from. These are usually Wi-Fi routers located near your home computer. Next to them, you can put a stone pyramid, a sphere, or a cube to absorb EMF radiation.

Also, you can just put any EMF rock products next to it. And, of course, a protective plate for your phone against dangerous radiation, with engraving, will suit you, and the same pendant to protect yourself. In our online Karelia (Russia) store, you will find only actual black Karelian rock c60 from the Zazhoginskoye deposit.

Meanwhile, we can confirm this with our certificates. We manufacture a wide range of products. We also reviewed this so that you do not encounter fakes.

Conclusion

So, in summary, we figured out the issue of shungite EMF protection and answered the main question—How does shungite protect from e-waves? In addition, we found out that many scientific studies of the properties of Russian stone have been carried out, primarily to use it to protect from EMF fields, including on an industrial scale.

Of course, the researchers studied and realized that Karelian black rock has the most essential qualities for protection against EMF because it can absorb and reflect dangerous radiation.

The phenomenon of Russian rock is not limited to its protective properties; it has many other benefits, such as antioxidant properties.

However, in Karelian black rock, there is still a mysterious secret of fullerene c60, this unique molecule credited with properties on the verge of living and inanimate matter. If you liked our article, we would be glad if you shared it with your friends with a link to our website.

These scientific resources were used to create this article:

• [1] Bernhardt J.H., 1979, 1984
• [2] – Works of Soviet authors Drochigina NA, Sadchikova MN, 1964; Konchalovskaya N.M. et al., 1964; Sokolov V.V. et al., 1964; Belova S.F., 1968; Vermel A.E., Sadchikova N.M., 1983, etc., V.V. Antipov et al., 1980. Monographs and reviews Gordon ZV, 1966; thematic collections of Scientific Research Institute G.T. and P.Z. of the USSR Academy of Medical Sciences 1960, 1964, 1968, 1972. R.A. Williams and Th.S. Webb (1980). Kallen В. et al., 1982-Imerov N.F., Suvorov G.A. “Physical factors of the industrial and natural environment. Hygienic Assessment and Control. – Moscow Medicine, 2003
• [3] Siekierzynski H. M., Czerski P. et al., 1974, S. Hamburger et al., 1983, Szmigielski S., Pool R., 1990.
• [4] Interview Oleg GRIGORIEV, Director of the Center for Electromagnetic Safety, Deputy Chairman of the Russian National Committee for Protection against Non-Ionizing Radiation, and member of the Scientific Advisory Committee of the WHO International Electromagnetic Project.
• [5] Jushkin N. P. Globular supramolecular structure data scanning tunneling microscopy Reports. Acad. Science USSR. 1994. Vol. 337, № 6. P. 800–803 [in Russian].
• [6] VI All-Russian conference on nanomaterials with elements of a scientific school for young people. Moscow. From 22 to November 25, 2016, The Collection of Materials, page 413
• [7] Moshnikov I.A., Kovalevsky V.V., Lazareva T.N., Petrov A.V. Using c60 Russian emf protection rocks to create radio-shielding composite materials. Proceedings of the meeting “Geodynamics, magmatism, sediment genesis and minerality of north-west Russia. Petrozavodsk Institute of Geology, KarRC RAS. 2007.S. 272-274.
• [8] Lynkov L.M., Mahmud M.Sh., Krishtopova E.A. Screens of electromagnetic radiation based on powder. Bulletin of Polotsk State University. Series C. Fundamental Sciences. Novopolotsk PSU. 2012. No. 4. S.103-108.
• [9] Sokolov V.A., Kalinin Yu.K., Dyukkiev E.F. (ed.). Shungite emf protection stone is a new carbonaceous raw material. Petrozavodsk Karelia. 1984
• [10] Rodionov V.V. Mechanisms of interaction of microwave radiation with nanostructured carbon-containing materials. Dissertation for the degree of Ph.D. Kursk. 2014.
• [11] Golovanov O.A., Makeeva G.S., Rinkevich A.B. Interaction of electromagnetic waves with periodic lattices of micro- and nanoribbons of graphene in the terahertz range. ZhTF. 2016.V.86. # 2. Pp. 119-126.
• [12] D.V. Tyulnin. TO THE QUESTION OF PRIORITY AREAS PRACTICAL USE OF RAW Rock MATERIALS Seminar No. 7. 2010
• [13] V.V. Rodionov, Mechanisms of interaction of microwave radiation with nanostructured carbon-containing materials, dissertation for the degree of candidate of physical and mathematical sciences Kursk, 2015.
• [14] Mechanisms of microwave absorption in carbon compounds from shungite rock S.G. Emelyanov, A.P. Kuzmenko, V.V. Rodionov, M.B. Dobromyslov Journal of Nano- and Electronic Physics. 2013. Vol. 5, N 4. Р. 04023-1 – 04023-3.
• [15] Carbon nanostructured formations from Russian rock A.P. Kuzmenko, V.M. Emelyanov, V.E. Dreizin, S.A. Efanov, V.V. Rodionov News of the South-West State University. 2012.Vol. 2, No. 41, part 1. S. 97-102.
• [16] Influence of structural features and physico-chemical properties of metal-carbon nanocomposites with ferromagnetic metal inclusions on microwave radiation A.P. Kuzmenko, L.V. Kozhitov, D.G. Muratov, V.V. Rodionov, A.V. Popkova, E.V. Yaku-shko, M.B. Dobromyslov Journal of Nano- and Electronic Physics. 2017. Vol. 6, N 3. P. 03024-1 – 03024- 5.
• [17] Graphene-based microwave absorb-ing composites A review and prospective F. Meng, H. Wang, F. Huang, Y. Guo, Z. Wang, D. Hui, Z. Zhou Composites Part B Engineering. 2018. Vol. 137. Р. 260-277.
• [18] Abdulhadi H. D. A., Belousova E. S., Prudnik A. M., Lynkou L. M. Mechanical and electromagnetic properties of shields on the base of needle-punched material with conductive and dielectric coatings. Proceedings of the National Academy of Sciences of Belarus.Physical-technical series, 2019, vol. 64, no. 1, pp. 44–50.
• [19] A model representation of graphene-containing rock’s microstructure, conductivity, and microwave properties. Journal of Radio Electronics. 2017. No. 9.
• [20] Golubev E.A. AFM study of aggregates of carbon nanoparticles from aqueous colloidal solutions of stones and fullerenes E. A. Golubev, N. N. Rozhkova, V. N. Filippov Surface. – 2007. – No. 10. – S. 47-52.
• [21] Yushkin N.P. Globular supramolecular structure of Karelian rock data of scanning tunneling microscopy Dokad Academy of Sciences USSR. 1994. T. 337. No. 6. P. 800–803.
• [22] Emelyanov, S.G. Mechanisms of microwave absorption in carbon compounds [text] S.G. Emelyanov, A.P. Kuzmenko, V.V. Rodionov, M.B. Dobromyslov Journal of Nano- and Electronic Physics. — 2013. — Vol. 5., № 4. — P. 04023-1 – 04023-3.
• [23] Kuzmenko, A.P. Microwave absorption mechanisms in carbon compounds [text] A. P. Kuzmenko, V.V. Rodionov, S. G. Emelyanov Physics and technology of nanomaterials and structures collection of scientific articles of the International Scientific and Practical Conference.– Kursk, 2013.– P. 23 – 25.
• [24] Kuzmenko, A.P. Shielding of microwave radiation with carbon nanomaterials [text] A.P. Kuzmenko, V.V. Rodionov Information-measuring diagnostic and control systems. Diagnostics – 2013 Sat. materials III Intern. Scientific and technical Conf. – Kursk, 2013. – S. 128 – 135.
• [26] The International Electrotechnical Commission (IEC) and the Special International Committee on Radio Interference (CISPR) conducted extensive research to create a regulatory framework in EMC, means and materials created to protect against electromagnetic disturbances. [25] The Federal Communications Commission fcc.gov5G.
• [27] Electromagnetic absorbers based on fire-resistant paints with powder filler. D.N. Lisovsky, M.Sh. Mahmud, G.A. Vlasova, T.A. Pulko. Belarusian State University of Informatics and Radioelectronics. P. Brovki 6, Minsk, 220013, Belarus Received March 27, 2012.
• [28] Decorating material based on rock from Russia for protection of biological objects from electromagnetic fields M.Sh. Mahmud, E.S. Belousova, A.A. Kazeka, A. M. Pudnik Belarusian State University of Informatics and Radioelectronics. P. Brovki, 6, Minsk, 220013, Belarus. Received October 11, 2014.
• [29] Nanostructured screens of electromagnetic radiation, E.S. Belousova abstract for the degree of Candidate of Technical Sciences, Mink 2015, Belarusian State University of Informatics and Radioelectronics.
• [30] PROTECTION OF RESIDENTIAL SPACES FROM ELECTROMAGNETIC FIELDS AND IONIZING RADIATION. Article in the collection CONSTRUCTION-2014: Modern Problems of Industrial and Civil Construction. FGBOU VPO Rostov State University of Civil Engineering (Rostov-on-Don), 2014. Most importantly, the advantages of natural stone are that the shungite EMF protection properties of the rock manifest even at the smallest mineral thickness.
• [31] ELECTRONIC STRUCTURE OF COMPLEXES CONSISTED OF FULLERENES, THEIR FRAGMENTS, AND SILICON DIOXIDE NANOPARTICLES. Zavodinsky Victor G., Institute for Materials Science of the Russian Academy of Sciences, Khabarovsk, Russia. Kuz’menko Alexander P., South-West State University, Kursk, Russia
• [32] Electromagnetic wave absorption material and an associated device.