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전자기
방사선
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エレクトロクリーンフィルター技術
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NOXTAK® was founded to find a solution to electromagnetic field (EMF) pollution that would allow people suffering from electrohypersensitivity (EHS) to live a normal life using technologies without fearing any health problems. The founders of NOXTAK®, after an arduous multidisciplinary investigation and an extensive review of scientific literature on EMFs¹, embarked on the creation of a research project that confirms the hypotheses that the electromagnetic problem was centered on the polarization of waves and the effect on cell polarity and cellular electrical potential².
The founders of NOXTAK believe that Electrosmog and cases of Electrohypersensitivity (EHS) are growing and unavoidable problems that must be treated following the Swedish approach (The Swedish View)³, which involves treating the problem as an environmental toxin. However, we know that this radiation can be filtered rather than blocked; and that is what we will delve into in this document. With a scientific approach, it is possible to create clean technologies that have improved performance in terms of connectivity and energy consumption, making wireless IoT systems in homes, buildings and smart cities safer and, in terms of sustainability, more ecological.
SPIRO® is the first non-blocking technological solution for Electromagnetic Radiation. The objective of NOXTAK® is to create a world free of electromagnetic pollution, solving the problem from the root without the need to add new elements or disturbances to the environment. This is a comprehensive approach to treating spaces by filtering the artificial polarization of radiation. Likewise, we seek to build technologies with exact formulations of this material, which would allow the creation of a new generation of clean technologies that are free of harmful emissions. Understanding the importance of modern technology, it has become imperative for the founders to create a product that allows people to continue using their electronic devices, as technology will only continue to advance and integrate into our lives.
To understand the efficiency and importance of the Spin Radiation Organizer Technology (SPIRO®) in disturbed radiation (EMFs or Electrosmog), we must first understand the origin of the electromagnetic problem, which lies not in the intensity or amplitude of the waves. These elements, which certainly make a difference in the amount of pollution in an environment, are not the basis of the problem.
It is important to understand that electromagnetic fields (EMF) are not bad; actually, we evolved as biological systems immersed in beneficial EMF (from natural sources), our bodies work with electricity and the functioning of each cell in the human body implies an exchange of electrical charges and magnetic charges as well.
Our heart pulses current, our brain activity is all about electricity, and our nervous system too. In medicine, the parameter to assess the state of health or illness in a human body is related to tests that analyze the electrical behavior of our heart like the Electrocardiogram (EKG), the same with our brain scans called Electroencephalogram (EEG), there are even medical studies that evaluate brain activity through the magnetic analysis of the brain, known as magnetoencephalogram (MEG). To summarize: the health of all biological systems has to do with the behavior of EMFs.
EMF is part of the spectrum of radiation, it is, specifically, non-ionizing radiation. The term radiation is poorly understood and is often used as a synonym for something bad or harmful. Radiation, in simple terms, is the propagation of electromagnetic energy in space, there is ionizing and non-ionizing radiation, and radiation from natural sources or artificial sources.
Electromagnetic radiation from artificial sources is part of the non-ionizing category and, for that reason, was misunderstood for decades and believed to be harmless for biological systems. However, there is a huge amount of scientific data that shows that this disturbed radiation (artificially polarized), when emanating from man-made sources, normally produces side effects in biological systems, the environment, and even technologies. This disturbed radiation is capable of damaging the electronic circuits in a computer and reducing the lifespan of electronic devices. So, it’s the same with the human body, with your pets, plants, bees, and so on…
The electromagnetic problem lies in the fundamental disturbance that is created by the artificial polarization⁴ of electromagnetic waves when they are modulated for the transmission of messages in telecommunications.
This results in an abnormal propagation pattern of radiation and accumulation of parasitic interferences in the environment, which together with the electrical transmission network in the buildings -flawed by interferences that flow in the electrical wiring as a result of the alternation of the current (AC)- and static problems due to a lack of properly installed and grounded systems in the building, create the phenomenon called electrosmog or electro-pollution.
The shielding approach of blocking electromagnetic (EM) waves is not a suitable or recommended method for controlling electrosmog. While it may seem like a logical solution to simply block EM waves in order to reduce exposure and potential health risks, this approach can actually have unintended consequences that may exacerbate the issue.
One major issue with shielding is that it can increase interference in the surrounding space. When EM waves are blocked or absorbed by a shielding material, this can create “dead zones” where the signal strength is reduced or completely blocked. This can lead to problems with communication and connectivity, as well as issues with the functioning of electronic devices that rely on EM waves to operate. In fact, when the propagation of signals is affected, telecommunications devices may work harder and emit more radiation in order to compensate for the reduced signal strength.
Additionally, the natural flow of EM waves is necessary for maintaining homeostasis in the human body. Our bodies rely on EM waves to regulate various physiological processes, including the functioning of the nervous system, endocrine system, and immune system. Blocking or disrupting these waves can have negative impacts on our health and well-being.
In conclusion, while shielding may seem like a simple and effective solution to controlling electrosmog, it can actually increase interference and disrupt the natural flow of EM waves in the body. It is not a recommended approach for addressing this issue
The artificial polarization previously mentioned produces a high level of entropy in the system or environment with which it interacts, be it a living organism, water, soils, or even ecosystems in general. Analyses and samples collected in laboratory and field tests show a high level of Oxidative Stress in those biological systems exposed to this disturbed radiation (artificially polarized EMFs). In other words, there is a degradation of the system, a loss of electrons, and high production of free radicals. Even ionic charges in the air lose their balance between positive and negative ions.
This imbalance and chaotic state of the charges or magnetic moments at the fundamental level translates into overstimulation in the cell membrane in the human body, which activates and alters the ionic voltage channels, modifying the electrical potential. This is especially observed in the ionic channels of calcium.
In June 2012, it was news that scientists from JASRI (Japan Synchrotron Radiation Research Institute), in cooperation with the Japan Advanced Institute of Science and Technology (JAIST) and other institutions, revealed a new magnetic property of the well-known metal gold (Au)⁵. The implications of this discovery were hugely important and shed light on the research that NOXTAK’s founder had been carrying out, as it promised to be a viable application for the problem of artificial polarization in electromagnetic waves for telecommunications and alternating current (AC).
Conventionally, up to that time, gold (Au) had been understood to be a diamagnetic material and was not considered to have strong magnetism, meaning that it can not act as a magnet on its own. However, the results of the studies carried out by the scientists mentioned above, observed other properties when gold (Au) was manufactured in the form of nanoparticles, noting that it had a strong magnetism, which drew attention from both academic and practical points of view.
This is how the NOXTAK research project concluded that if natural properties of great magnetism in the nanometric dimension could be exploited stably without transferring said property to the macroscopic dimension, then it could be a viable application to solve the fundamental problem of artificial polarization of the particles’ spins in the electromagnetic radiation without affecting the trajectory of fields or interfering in any way with telecommunications. In this way, the NOXTAK project ventured into Applied Nanomagnetism, a branch of Nanotechnology.
Nanotechnology is the term given to those areas of science and engineering where phenomena that take place on the nanometer scale (below 100 nm) are used in the design, characterization, production, and application of materials, structures, devices, and systems. A nanometer is one billionth of a meter: ten times the diameter of a hydrogen atom. The diameter of a human hair is, on average, 80,000 nanometers.
Particles whose size is on that tiny tiny scale, called the nanometer scale, are called nanoparticles. Nanoparticles have brought a wealth of long-awaited discoveries in materials science and their potential applications. One of the applications is to take advantage of the magnetic behavior of these particles, this branch is called Nanomagnetism.
Nanomagnetism is a field where many nanoscale effects abound, resulting in either the reduced size of the material or the predominant effect on surfaces. One of the more surprising recent incarnations of such novel magnetic behavior is the observation of magnetic properties in nanoscaled materials which are diamagnetic (non-magnetic) in the bulk. This type of behavior has been observed in metal oxide nanoparticles and nanocrystalline films, as well as typically paramagnetic and diamagnetic metal nanostructures.
Based on the aforementioned principles, the research group ventured into this branch of science to develop the NOXTAK technology, which was later patented as an invention and called SPIRO®.
In itself, SPIRO® is a nanocomposite material that was developed taking into account the scientific discoveries of the time about the extraordinary properties of NPs (nanoparticles) of gold (Au) and other metals, whose observations have subsequently been repeatedly confirmed by multiple scientific papers⁶, and how they react at the nanoscale⁷. This led the founders to create a formulation with stable ferromagnetic NPs⁸ (nanoparticles) that generate a reorganization of the polarity of the particles that interact with the material, this nanocomposite material induces an organization of the radiation spins⁹, also known as SPIRO® technology (Spin Radiation Organizer).
Our technology acts as a passive filter for electromagnetic waves, neutralizing interference and improving the radiation propagation pattern in EMF emissions to make them compatible with our bioelectrical system. Without SPIRO®, our cells and system are under constant attack from disturbed (artificially polarized) electromagnetic waves. Among many other health concerns, EMF pollution has been scientifically proven to cause oxidative stress in our bodies, leading to premature aging and being linked to more than 75 health conditions. With the use of SPIRO® technology, your cells are protected from the harmful effects of disturbed radiation, resulting in improved heart rate variability, brain activity, and the nervous system. Many people also notice an improvement in sleep, concentration, or anxiety within the first month of protection.
Case studies show a significant biological response when all SPIRO® Solution products are incorporated, filtering every source of electrosmog an individual is exposed to. With constantly expanding and evolving technology it is impossible to avoid this invisible pollutant and the harm it causes to not only humans but every biological system in our environment and technology itself. SPIRO® was created to be capable of filtering all sources of pollution in different frequencies and of covering large spaces of disturbed radiation, converting these polluted spaces into clean and human-friendly environments.
Diagrams and drawings of the SPIRO® Material Patent
SPIRO® (Spin Radiation Organizer Technology) is a nanocomposite material that produces an effective protective effect against electro-pollution. Its operation happens by nanomagnetism, under the principle of passive filtering, achieved by promoting a natural organization of the spins on those particles spreading in the environment and interacting with SPIRO®.
This technology works by transferring the nanomagnetism of the material to the particles present in the environment and the space in which it is found, and, as a consequence, it neutralizes the disturbance present in the radiation, eliminating the chaos and imbalance of artificially polarized charges at the fundamental level. With this, it promotes a natural magnetic ordering of spins in the radiation, which consequently exhibits the exact behavior of natural electromagnetic fields at the fundamental level.
The filtering effect of SPIRO®´s Applied Nanomagnetism in EMFs
The SPIRO® Solution allows us to coexist with disturbed radiation (artificially polarized). NOXTAK® products are composed of SPIRO® (Spin Radiation Organizer), which, in simple terms, consist of films that in their composition are made up of certain metals in nanometric scale that, together, exhibit a magnetic ordinance capable of promoting an organized state in any particles with which the material interacts.
In other words, these nanomagnetic properties promote responses of natural polarization in the fundamental particles with which it interacts, reducing the level of entropy that this non-ionizing radiation from artificial sources carries in the form of electromagnetic disturbances; thus resulting in an SOI (spin-orbit interaction) and coherent domains of low entropy and strong stability in their domain walls (Bloch walls). This makes these emissions compatible with the body’s bioelectric system, facilitating a healthy electromagnetic exchange at the cellular level.
This phenomenon previously described allows the fundamental particles that bring an artificial polarization to take their natural magnetic moment and form domains that follow the natural order, similar to the natural magnetic order exhibited by the SPIRO® material. In this way, SPIRO® works as a passive filter for these particles in artificial EMF, a guide so that they take their natural order and, in this way, the chaos that produces the disturbing effect of electromagnetic pollution is reduced.
The effect of SPIRO® is not to block the path of the waves, but to filter the disturbances, reducing the level of entropy without affecting the destination and path of the radiation. It has been verified that the effect of the SPIRO® material on microwaves can be observed in an improvement of the radiation propagation pattern of telecommunications equipment¹⁰⁻¹¹.
DOUBLE BLIND CLINICAL STUDY
Objectives: This study aimed to demonstrate the beneficial effect of Noxtak electromagnetic protection technology on human psychophysiology.
Design: An open, randomized, placebo-controlled trials for 30 days. Participants were measured initially, randomly divided into two groups (experimental and control), and measured 30 days later after using Noxtak technology in the experimental group and placebo in the control group.
Subjects: 50 healthy athletes, age 14-25 years, men and women, randomly divided into two groups of 25 people. Randomization was based on the principle of random numbers. The ethics committee of the Federal State Budget Institution “Saint-Petersburg ScientificResearch Institute for Physical Culture,” St. Petersburg, Russia, approved the study protocol. All participants signed an informed consent form, where a written and oral explanation of the research protocol was provided.
Outcome measures: psychological testing, rhythmocardiography, biofield parameters analysis.
Results: Participants using Noxtak electromagnetic protection for 30 days demonstrated positive changes in psychophysiology parameters, experienced growth in aerobic capacity, physical performance, energy potential, and their bodies’ adaptive reserves, while physiological parameters of athletes using placebo did not change or worsened.
Conclusions: Participants using Noxtak technology for 30 days demonstrated improvement of psychophysiological parameters and sleep quality, which may be related with the protection effect from electromagnetic radiation.
The use of SPIRO® promotes a recovery of the body’s bioelectrical system, improving the function and healthy communication of our cells¹². This happens when the electrical potential in the cell membrane stabilizes the abnormal opening of the voltage ion channels. This process of detoxification and cell restoration happens gradually, and the recovery time varies according to each case; having the best results for those individuals who also assess their environments and protect themselves from other environmental toxins (indoor air quality, CO2, humidity, toxic chemicals).
In the clinical study mentioned above, conducted on 50 subjects using the SPIRO® DISC and SPIRO® CARD for their mobile phones, it was found that health biomarkers improved significantly after 30 days of use, especially sleep quality, heart rate variability, and stress markers. All subjects in the experimental group reported an improvement in physical and sports performance, while the control group (placebo group) showed no improvement.
Reference Images of Studies in the SPIRO® Material
SPIRO® produces an improvement in multiple common symptoms and signs associated with numerous diseases whose origin can have multiple causes, but the appearance and the frequency of symptoms on the individual are exacerbated by electromagnetic pollution.
SPIRO® is also a viable solution for people with electrostress or electrohypersensitivity (EHS). Its efficacy¹³ has been proven in several case studies¹⁴ and, on average, a significant reduction in the symptoms and signs of EHS¹⁵ has been demonstrated in a variable period of 45 to 60 days¹⁶. Enhancement times vary depending on the individual, their genes, the type of diet, and the type of environmental toxins they are exposed to daily.
5-year longitudinal study
Abstract: This study examines the prevalence and effects of electrohypersensitivity (EHS) in a sample of 357 patients for 5 years, from 2014 to 2018. EHS, also known as electromagnetic sensitivity, is a condition characterized by a range of physical and psychological symptoms attributed to exposure to electromagnetic radiation. Using a survey consisting of 29 common EHS symptoms and additional questions about lifestyle and device usage, researchers identified six levels of EHS severity: initial electro-stress, medium electro-stress, advanced electro-stress, initial EHS, medium EHS, and advanced EHS. Results showed that the most common symptoms were fatigue, difficulty concentrating, and sleep disturbances. The study also found that certain types of electromagnetic radiation were associated with specific symptom patterns. For example, exposure to microwave signals was linked to symptoms such as ringing in the ears and pulses in the neck, while exposure to extremely low frequency (ELF) fields was linked to numbness in extremities and tiredness. The authors report that the application of SPIRO was successful in improving symptoms in 144 of the study participants. The authors suggest that further research is needed to understand the mechanisms underlying EHS and to develop effective interventions.
Objectives: Administer the EHS Common Symptoms Questionnaire to Dr. Leal’s patients to analyze the results concerning their mental health conditions, including the severity of their depression, anxiety, confusion, and sleep disorders. The group of patients experiencing a range of EHS symptoms was offered the use of SPIRO as a potential intervention, and their progress was monitored for any changes or reductions in their reported EHS symptoms and mental health issues.
Subjects: 357 Cases (46 adult males / 189 adult females / 122 children) with manifested potential EHS conditions.
The action range of SPIRO® products is variable depending on each product’s radius of reach. This range varies according to the number of films contained within the product. Each product contains a pattern made up of several round films (which is itself the patented SPIRO® material).
SPIRO® films, as a nanocomposite material, have a residual magnetic dominance effect that extends several centimeters or meters depending on the number of films contained in the product. It is important to note that the number of films not only provides a greater range extension but also a greater magnetic force in its domain walls (Bloch walls), capable of filtering higher levels of electromagnetic pollution.
The amount of SPIRO® films incorporated in a product is determined by the type of emission that the product is intended to filter, whether it is extremely low frequency, near-field alternating current pollution, near-field emissions from electronic devices that work with direct current, far-field radio frequencies, microwave emissions, or a combination of all of them. This calculation is what we call the SPIRO® Filtering Power.
People typically move between settings where exposure varies throughout the day, such as their jobs, public places, and their homes (with a particular emphasis on their bedrooms). It is not possible to estimate in advance the level of electromagnetic pollution to which each individual is exposed without a professional assessment involving specialized equipment and software. However, what is possible is to estimate an average exposure to which the individual is exposed and, based on this, estimate which and how many SPIRO® products are required to filter out both high and low frequencies, and near and far field sources such as a cell phone tower.
To this extent, we have created a group of products whose size varies depending on the number of SPIRO® films they have, based on characterizations carried out in the laboratory, and confirmed in field tests. We know the maximum capacity of each product, how much artificially-polarized energy, and in which frequencies can a group of SPIRO® films effectively filter.
