5G Radiation

Signs and Symptoms of 5G Radiation Poisoning

Exposure to 5G radiation may cause a range of different illnesses. Among them include a weakened immune system and difficulties with eyesight. Additionally, it has the potential to make individuals more prone to allergic reactions and skin conditions. Pain in the joints and bones, particularly arthritis, may potentially be a symptom of this condition. Additionally, it may cause the activation of viruses, which in turn weakens the immune system and reduces one's capacity to fight against illnesses.

The following list contains some of the adverse health consequences with being exposed to electromagnetic fields (EMFs):

• Cancer: Long-term exposure to EMFs may be associated to an increased risk of some forms of cancer, such as leukemia and brain cancer, according to the findings of certain research.
• Fatigue: Some individuals believe that being exposed to electromagnetic fields (EMFs) might make people feel tired and lower their levels of energy.
• Dizziness: Following being exposed to electromagnetic fields (EMFs), some persons have reported feeling dizzy or confused after the exposure.
• Headaches: Some individuals believe that exposure to EMFs might lead to the development of headaches.
• Other health effects: There have been claims made that EMFs may cause a range of other health problems, such as difficulties related to the heart, issues related to sleep disorders, and issues related to fertility.

Radiation from 5G messes with DNA

It is still unknown whether or not radiation from 5G networks is responsible for the COVID-19 virus. Nevertheless, the fact that the device emits radiation is a factor that should cause one to be concerned. The new communication standard makes use of a variety of antenna configurations and frequencies in order to enhance the quality of connection. Although 5G is not a brand-new technology, its development has only occurred during the last few years. In this piece, we will investigate the reasons why some individuals believe that it might be the root cause of COVID-19.

Although researchers are not yet aware of the exact method by which 5G radiation causes cancer, they are aware of the fact that it causes disruptions in the metabolic processes of cells. There is additional evidence that radiation from 5G networks may be harmful to DNA. Concerns regarding the potential adverse effects of 5G technology on human health have been voiced by the World Health Organization. The fact that fifth-generation (5G) wireless technology operates at a frequency that is higher than that of the human genome makes it a more significant danger to people's health.

The Federal Communications Commission (FCC) received a letter from the Global Union Against Radiation Deployment from Space in September 2016, advising them of the possible risks associated with 5G technology. Furthermore, the group asserts that 5G is in violation of Article 3 of the United Nations Declaration of Human Rights, which declares that every individual has the inherent right to their own life. This letter is chock full of information and hints that 5G technology is a potentially harmful kind of technology. However, the danger may be reduced by eliminating the factor that causes exposure to radiation or by protecting the body from its effects using a shield.

It has a detrimental effect on the immune system

Researchers in the medical field have hypothesized that exposure to 5G radio waves might compromise immunological function. The risks associated with being exposed to such radiation are still mostly untested, although specialists agree that there is merit in doing research into them. Millimeter-wave frequencies, which may range anywhere from 30 to 300 GHz, are used by the 5G wireless network.

The radio waves have a low frequency, which indicates that their strength is lower than that of visible light and is insufficient to cause harm to the cells. On the other hand, radiation with a higher frequency, such as the sun's rays or x-rays used in medicine, is far more powerful and has the potential to destroy cells. Radio waves from 5G networks, on the other hand, have been shown to have the potential to suppress the immune system and reduce its ability to ward against illnesses.

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RF and electromagnetic field impacts on the human body

Radiofrequency electromagnetic fields are released into the environment by a broad range of technological applications and apparatuses. They are produced in domestic and commercial settings, as well as in the natural environment. When a person is exposed to one of these fields, they may have a variety of negative impacts on their health. According to the findings of several research, there is an increased danger of developing a variety of malignancies, one of which is glioma, a kind of brain cancer that is malignant.

Radiofrequency electromagnetic fields have been categorized as having the potential to cause cancer in human beings by the International Agency for Research on Cancer (IARC). Additionally, in April of 2019, it distributed a report from an advisory group. IARC suggested changing the classification of radiofrequency energy to "probable carcinogen" and reevaluating the dangers that are linked with being exposed to RF.

We need to look at two different types of exposure to RF-EMF in order to fully comprehend the impact that it has on the human body. To begin, we need to take a look at the strength of the exposure. This refers to the total amount of radiofrequency electromagnetic field exposure that a person has been subjected to over a certain amount of time. There are two different levels of intensity to an exposure: local and whole-body. For instance, the output power of a mobile phone is greater when it is placed at a fixed location as opposed to when it is placed close to a person's body.

We must also analyze exposure duration. Research using RF-EMF has to include a comparison between an exposed group and a non-exposed group. We need to take into consideration the impact of reverse causality when we are determining the appropriate length of exposure. To put it another way, a person who has IEI-EMF may be able to lessen the quantity of RF-EMF they absorb as their symptoms worsen.

Studies on radiofrequency electromagnetic fields (RF-EMF) have, for the most part, focused on the possibility for cancer and other disorders. On the other hand, not a lot of study has been done on the impacts of electromagnetic fields that aren't thermal. These consequences include but are not limited to headaches, migraines, and sleep disruptions.

According to the findings of a few studies, male rats had an increased likelihood of developing malignant schwannomas. An investigation of this impact was carried out not too long ago by the National Toxicology Program. The participants in this research were 1755 individuals from four different nations in Europe.

The majority of research have concentrated on examining the link between using mobile phones and developing tumors within the head. On the other hand, several research have investigated the possibility that exposure to RF-EMF raises the chance of developing various forms of cancer. In yet another study, researchers investigated how RF-EMF affects the symptoms that people report experiencing themselves.

The formation of a number of expert groups with the purpose of providing recommendations about the determination of the safe amount of exposure to RF-EMF for the general public has taken place. The National Council on Radiation Protection and Measurements and the Institute of Electrical and Electronics Engineers are only two examples of the organizations that fall under this category.

The effects of RF and EMF radiation on the human brain

An electromagnetic field, often known as an EMF, is a region of energy that is not volatile and is completely invisible. It comes into existence whenever voltage is applied to a conductor of electrical current. Microwaves, radio waves, and magnetic fields may all be classified under this category. The frequency of an electromagnetic field (EMF) may range anywhere from three kilohertz to three hundred gigahertz.

There have been reports of a variety of negative consequences that have been attributed to RF fields. One of these consequences is a localized heating of excitable tissue, which may include the brain. They have the potential to influence the central nervous system, which in turn may result in headaches and paresthesia. In addition to that, they have been linked to the development of cancer.

Numerous investigations on the possible adverse effects of RF fields on human health have been carried out by scientists. Some of them have been supported financially by organizations such as the National Institutes of Health, the Food and Drug Administration, and the National Toxicology Program. Several forms of cancer have been investigated as a possible link between prolonged exposure to radiofrequency (RF) radiation and their development. In spite of the fact that several studies have shown a link between exposure and leukemia, the findings have been contradictory.

For instance, the results of one research shown that being subjected to very high frequency (VHF) radiation led to the development of symptoms such as headaches and diarrhea. According to the findings of another research, male rats that were subjected to RF waves had an increased chance of developing malignant schwannomas.

Additionally, there have been instances of negative impacts that have been attributed to the usage of mobile phones. Recent studies suggest that being exposed to Wi-Fi may not pose any health risks. On the other hand, there haven't been that many research done on the possible consequences that mobile phones might have on youngsters.

There have been studies that have shown a relationship between exposure to radiofrequency (RF) fields and a range of health impacts; however, the biophysical processes that contribute to these effects continue to be a source of debate. ELF-EMFs are thought to be carcinogenic in other ways as well, according to the research of scientists.

The Federal Communications Commission (FCC) has presented a set of recommendations regarding human exposure to RF electromagnetic fields. The suggestions of two professional bodies, namely the International Commission on Non-Ionizing Radiation Protection (ICNIRP) and the Institute of Electrical and Electronics Engineers, served as the foundation for the development of these standards (IEEE).

The Occupational Safety and Health Administration and the Environmental Protection Agency also looked over these rules. These organizations have indicated that they will adhere to the rules. Additionally, NIOSH has started working on establishing RF exposure standards for employees.

RF and electromagnetic field influences on thinking and behaving

On both people and animals, a significant amount of research has been done to investigate the consequences of exposure to RF electromagnetic fields. According to the findings of several studies, there are neurological repercussions, namely deficiencies in spatial learning and memory. Some of the effects might be caused by the heating of the tissue, while others could be caused by the stimulation of the nerves.

It is widely held that being exposed to RF electromagnetic fields may result in a number of detrimental health consequences, including cancer. Multiple research have shown correlations between exposure to non-ionizing EMFs and an increased risk of cancer in youngsters. According to the findings of one research, an increased risk of pediatric leukemia is associated with high levels of exposure to extremely low frequency fields (ELF-EMFs). Concerns have also been raised about the potential impact that non-thermal processes play.

Exposure to a broad variety of frequencies, including radiofrequency (RF) as well as static electric and magnetic fields, is capable of causing these effects. The effects are different based on the kind of electromagnetic field (EMF), as well as the frequency, strength, and duration of the incident waves and the dielectric characteristics of those waves.

The International Commission on Non-Ionizing Radiation Protection (ICNIRP) established recommendations in the 1980s for reducing exposure to radiofrequency electromagnetic fields (RF-EMF). These restrictions were established after observing the behaviors of various animals.

Over the course of the last quarter century, more study has provided evidence that supports the majority of these discoveries. However, there have also been other studies that have come to the conclusion that there is no evidence of any harmful impacts on health.

Recent epidemiological studies have established a connection between exposure to ELF-EMF and an increased risk of developing certain kinds of malignancies, notably brain tumors. Even if some of these research found an elevated risk of childhood leukemia, the reasons for the rise have not been determined as of yet.

The exposure levels and recommendations will need to be reevaluated when new research becomes available. Nevertheless, at the moment they are operating under a variety of assumptions. For example, the minimum dosage required to elicit a behavioral reaction has been determined to be 4 W/kg. Although this is not the greatest amount that a person might ever be exposed to, it is nevertheless enough to trigger significant behavioral changes.

Alterations in voltage-gated ion channels in cell membranes may occur as a result of exposure to low- to mid-frequency electromagnetic fields (EMFs), such as radiofrequency electromagnetic fields. It is also capable of affecting the flow of cations through membranes. Additionally, even a brief exposure might induce heating of the tissues.

Even if there are a variety of additional possible dangers, the majority of the study has been on how RF-EMFs contribute to the development of brain tumors. Effects on the nervous system and behavior are another kind of risk that may be present.

There is a pressing need for updated thermal safety regulations

The next generation of mobile networks is now in the process of being developed. As a consequence of this, members of the public, local authorities, and service providers all need to have an understanding of how the RF and EMF exposure caused by 5G will effect them. In addition to this, makers of radio devices are obligated to evaluate their products to see whether they are up to the required level of safety. These guidelines are referred to as the ICNIRP compliance limits.

These suggestions are derived from the most current scientific research and are not reliant on any particular technology. They give a set of exposure limits for people and animals, which may be used to a broad range of radio technologies. These limits are relevant to both humans and animals. It is vital to highlight that the existing ICNIRP exposure limits do not address unresolved environmental concerns; this is something that should be noted. For instance, they do not take into consideration the consequences of long-term and repeated exposure to radio frequency radiation (RFR), in conjunction with sunshine and other environmental factors. Because these environmental agents may have an effect on both people and animals, there is a significant reason for worry.

These RF EMF safety rules need to be complied with by 5G New Radio base stations, which must use cutting-edge antenna technology and have a high spectrum efficiency. These restrictions apply to each and every frequency band that 5G makes use of. It is anticipated that the typical total ambient exposure to RF and EMF from the 5G network will be just a tiny fraction of what the international limitations are.

Those who evaluate whether or not a device complies with these constraints need to take into account the dynamic beam patterns of 5G NR base stations. Although the contribution from these radios to the total RF EMF exposure in the environment is quite minor, it is nevertheless vital to have a basic understanding of the amounts of exposure that are normal. It is vital to have this degree of understanding in order to communicate effectively with stakeholders.

When used in close proximity to the head, the Federal Communications Commission (FCC) mandates that mobile phones comply with RF and electromagnetic field exposure restrictions. Measurements of the Specific Absorption Rate (SAR) are taken so that this may be determined. If the specific absorption rate (SAR) of the mobile phone is less than 1.6 watts per kilogram of body weight, then the device is considered to be safe. In a similar vein, the RF EMF safety standards that PCS phones must adhere to in order to be used near to the head are met by these devices. In addition, there are certain no-go areas that must be established for 5G radios to function properly. The necessary distances for these goods range anywhere from a few meters to 20 meters for outdoor micro devices and anywhere from a few meters to 10 meters for interior products.

Exposure to radio frequency (RF) fields greater than 6 GHz and COVID-19

An infection with the COVID-19 virus, which has the potential to be fatal and damages the central nervous system, may be influenced while being subjected to radiofrequency (RF) fields. The virus may be passed from person to person in a radius of up to six feet, as well as via the respiratory particles that are generated by infected people when they speak, sing, yell, or cough. Additionally, this virus is capable of causing significant symptoms, such as an increased risk of thrombosis and shortness of breath.

In Wuhan, China, there was a recent epidemic of COVID-19 that was connected to the seafood and live animal markets. The disease transmitted from person to person in these marketplaces. The symptoms may emerge anywhere from two to fourteen days after the first exposure. Fever, shortness of breath, and cough are the three symptoms that are associated with COVID-19. After being exposed to radiofrequency electromagnetic waves, the symptoms may appear anywhere between two and fourteen days later.

Ongoing research is being conducted to investigate the health hazards linked with RF EME. It is not yet known whether or not 5G will have a negative impact on people's health, but a number of academics are worried about the health hazards that it may pose. The ARPANSA RF Standard encompasses the frequency range that is being used by 5G networks at the present time. These frequency ranges are subject to occupational and public exposure limitations thanks to the standard.