emf tinnitus

Increase in Tinnitus cases: could it be related to EMF?

Increase in Tinnitus cases: could it be related to EMF?

emf tinnitus

Exposure to electromagnetic pollution has proven biological effects, one of them increasingly common is that particular ringing in the ears. We tell you more about this condition and its relationship with electrosmog.

Every day you use your cell phone, your computer, the microwave oven, the TV, the refrigerator and a whole bunch of electronic devices that, in today’s world, are practically indispensable. But, did you know that the emissions from all these devices have effects on the environment and on your body? There are a large number of identified symptoms for EHS (Electrohypersensitivity), and Tinnitus is one of the most common.

Tinnitus is a condition that, first of all, specialists say is associated with advanced age, oxidative stress, and can be caused by various factors and not exactly complicated. However, its prevalence and severe cases have increased in the last two decades, and the fact is that EMF researchers have observed a relationship with the progressive and global increase in the use of mobile phones, which has exposed the auditory pathways to a higher dose of electromagnetic radiation.

In this article, we want to tell you more about this hearing condition that is becoming more and more common in the world population and how it is related to the increase in electromagnetic pollution.

What is tinnitus?

Tinnitus is often described as ringing in the ears. It may also sound like a roaring, clicking, or whistling sound in the ears. This can be soft or loud, high or low, and you can hear it in one or both ears.

It is important to note that tinnitus itself is not a disease, but rather a symptom that something is wrong with the auditory system. The auditory system includes the ear, the auditory nerve that connects the inner ear to the brain, and the parts of the brain that process sound. Tinnitus can result from something as simple as a piece of earwax blocking the ear canal, but it can also be the result of a variety of health problems. People with severe tinnitus may have trouble hearing, working, or even sleeping.

Millions of americans suffer from tinnitus. In 2019, approximately 10 percent of the adult population in the United States experienced tinnitus lasting at least 5 minutes. This equates to about 25 million people.

The relation between electrosmog and Tinnitus

It is well known that electromagnetic radiation can penetrate exposed tissues, which is why safe exposure levels have been established for the use of devices such as cell phones. These waves cause proven thermogenic effects and potential biological effects. As we have mentioned in previous articles, some people are more sensitive to electromagnetic exposure (electrohypersensitivity) and therefore have earlier and more pronounced symptoms.

Recent research links electrohypersensitivity to many of the cases of tinnitus that are reported with no apparent cause. A large majority of subjects diagnosed with hypersensitivity have reported that they suffer from tinnitus and that this condition interrupts their day-to-day activities such as sleep and work.

In various clinical studies, many patients have also spontaneously reported hearing symptoms during or shortly after using cell phones, such as heat or pressure in the ear that is in contact with the device, as well as tinnitus, reduced comprehension, or distortion in hearing rate. There is even a small group of patients who report the onset or worsening of tinnitus associated with living or working near cell phone, radio and television antennas.

Scientific evidence

Over almost two decades, hundreds of studies have been conducted to verify the relationship between electrosmog and this hearing condition. For example, in the Brazilian Journal of Otorhinolaryngology they selected 165 relevant studies on this subject and determined that, based on said research, there is reasonable evidence that suggests greater caution in the use of mobile phones if you want to prevent hearing damage and the appearance or worsening of tinnitus.

A study published in 2009 that tinnitus is significantly more common in people who suffer from electrohypersensitivity. On the other hand, in a Swedish-Finnish study published in the International Journal of Epidemiology, it was found that there is a small increase in headache in people who spent a greater amount of time on the call; but they were unable to determine an association with the appearance of tinnitus or hearing loss.

Although not fully confirmed, there is sufficient evidence to link tinnitus with exposure to electrosmog. This is why many of the authors of these studies consider it appropriate to pay more attention to the use of cell phones in the diagnostic investigation of patients with hearing disorders, especially tinnitus.

Although there’s a lot to be studied and understood about this problem, today, at the NOXTAK center, our research team is concerned about a possible relationship between this affection of the ear canal and EMF. That is why our CEO Joaquín Machado has opened a pilot research project that will begin in early 2021 to coordinate with specialists in Tinnitus in order to study the EMF exposure levels that patients with severe tinnitus have, especially to identify and confirm the windows of active biological frequencies in the ear canal, as well as coordinating with Noxtak technology the most suitable solution and the SPIRO power necessary to determine the most effective approach to mitigate tinnitus and make new medical treatments based on raising the Glutation levels.

We invite you to visit our products section to learn more about our solutions and, if you want to receive more information of interest like this, subscribe to our newsletter using the form at the bottom of this page. Soon, we will be publishing more information on this and other topics.

Edison awards

NOXTAK es nombrado ganador de plata en los Premios Edison 2020

NOXTAK es nombrado ganador de plata en los Premios Edison 2020

Edison awards

Lauren Masselli – Miami, 17 de abril de 2020

Los ganadores de los Premios Edison se anunciaron el 8 de abril de 2020. El material SPIRO de NOXTAK obtuvo el premio de plata para la categoría Ciencia de materiales – Nanotecnología.

La tecnología SPIRO es un material nanocompuesto que exhibe un ferromagnetismo estable en la nanoescala. SPIRO reorganiza las partículas fundamentales en campos artificiales, haciendo que se comporten de la misma manera que las partículas en campos naturales. En otras palabras, este material fue diseñado para tener propiedades magnéticas específicas que generan un campo protector dominante en el cual cualquier radiación electromagnética artificial (EMR) será neutralizada o filtrada para eliminar sus efectos peligrosos.

La cantidad de material SPIRO necesaria para neutralizar efectivamente los efectos negativos de EMF es proporcional a la cantidad de energía presente (medida en densidad de potencia y flujo magnético). El material no bloquea o escuda los campos electromagnéticos (CEM), es 100% compatible con todas las tecnologías y no afecta el rendimiento de ningún dispositivo ni la capacidad de transmitir información inalámbrica; por lo contrario, mejora su funcionalidad.

Entre las nominaciones que comprenden los mejores productos, servicios y negocios en innovación para el año 2020, SPIRO fue elegido como ganador por un panel de más de 3.000 ejecutivos de negocios líderes de todo el mundo. “Después de una revisión exhaustiva, los jueces de los Premios Edison reconocen al material SPIRO como una invención innovadora que se destaca entre los mejores productos y servicios nuevos lanzados en su categoría”, dijo Frank Bonafilia, Director Ejecutivo de los Premios Edison.

Acerca de los Premios Edison

Los Premios Edison son considerados como el trofeo a la Innovación más venerado en el mundo, dedicado a reconocer y honrar a los mejores en innovación e innovadores desde 1987. Para obtener más información sobre el programa completo de los Premios Edison y una lista de ganadores anteriores, visite www.edisonawards.com.


NOXTAK es una empresa especializada en nanotecnología, desarrollo sostenible y consultoría ambiental sobre contaminación electromagnética. Inventan productos para neutralizar esta contaminación de varias maneras, logrando al mismo tiempo una optimización de la electricidad, un aumento en la durabilidad de los dispositivos electrónicos y mejoras en las señales de telecomunicaciones.

El Grupo NOXTAK es pionero en un nuevo estándar ecológico para desarrollos sostenibles de todos los hábitats, construcciones y ciudades. La ventaja de los inventos de NOXTAK es que pueden controlar al 100% todos los tipos y niveles de contaminación electromagnética sin la necesidad de eliminar o reemplazar dispositivos o máquinas preexistentes. NOXTAK promueve el uso de todas las tecnologías con la confianza de un entorno libre de contaminación eléctrica.

Edison awards

Noxtak named a Silver Winner of the 2020 Edison Awards

Noxtak named a Silver Winner of the 2020 Edison Awards

Edison awards

Lauren Masselli – Miami – April 17, 2020

The Edison Awards winners were announced on April 08, 2020. The SPIRO MATERIAL by NOXTAK took the silver award for the Material Science – Nanotechnology category.

The SPIRO technology is a nanocomposite material that exhibits a stable ferromagnetism in the nanoscale. SPIRO reorganizes the fundamental particles in artificial fields, making them behave in the same way as natural field related particles. In other words, this material was designed to have specific magnetic properties that generate a protective dominant field in which any artificial electromagnetic radiation (EMR) will be neutralized or filtered to get rid of its dangerous effects.

The amount of SPIRO material needed to effectively neutralize the negative effects of EMF is proportional to the amount of energy present (measured in power density and magnetic flux). The material does not block or shield EMF, it’s 100% compatible with all technologies, and will not affect any device performance or it’s ability to transmit wireless information. It will actually improve its functionality. 

Among the nomination entries comprising the best products, services, and businesses in innovation for the year 2020, SPIRO MATERIAL was chosen as a winner by a panel of over 3,000 leading business executives from around the world. “After a thorough review, the Edison Awards Judges recognize SPIRO MATERIAL as a game-changing innovation standing out among the best new products and services launched in their category,” said Frank Bonafilia, Executive Director of the Edison Awards. 

About the Edison Awards

The Edison Awards is the world’s most revered Innovation Award dedicated to recognizing and honoring the best in innovation and innovators since 1987. For more information about the Edison Awards complete program and a list of past winners, visit www.edisonawards.com.


NOXTAK is a company specialized in nanotechnology, sustainable development and environmental consulting on electro-pollution. They invent products to neutralize the electrical pollution in several ways, achieving at the same time an optimization of electricity, an increase in the durability of electronic devices, and the improvement of telecommunications signals.

The NOXTAK Group is a pioneer in a new ecological standard for sustainable developments of all habitats, constructions, and cities. The advantage of the NOXTAK inventions is that they can control 100% all types and levels of electro-pollution without the need to eliminate or replace electrical devices and machines. NOXTAK promotes the use of all technologies with confidence of an electro-pollution free environment.

Gems project

GEMS: A global electromagnetic emission monitoring platform based on blockchain

GEMS: A global electromagnetic emission monitoring platform based on blockchain

Gems project

At NOXTAK, we believe in the need to innovate in the control of electromagnetic emissions, so we created the GEMS project with a proprietary patent for a multi-sensor device in an automated protocol that takes advantage of the security and scalability of Blockchain technology. Today, we want to tell you more about the GEMS project, powered by Noxtak.

Since our foundation, one of NOXTAK’s main purposes has been to offer specialized advice to develop integrated solutions that will make the cities of the future more sustainable, safe, efficient, decentralized, connected, automated, ecological and healthy for everyone.

As pioneers in the development of ecological and innovative technologies to improve the quality of life, care for natural resources and promote digital innovation, we made ourselves available to national and local governments, as well as multilateral organizations and institutions, to collaborate in the design and promotion of projects that contemplate the control of electromagnetic emissions and studying their influence on the environment, all developed and financed from a sustainable and circular economy approach.

NEM – SYMBOL our ally in Blockchain

The NOXTAK team, through the implementation of a Blockchain ecosystem, ensures for GEMS the much-needed traceability, security (encryption), scalability, and high speed to properly handle the information collected.

These characteristics, as well as other additional we will mention later, led he NOXTAK research and development team to select NEM as its strategic ally in Blockchain, with whom at the end of 2018, an MOU (Memorandum of Understanding) was signed in view of the GEMS project, still incipient at that time. Today, NEM has reaffirmed its innovation with its highly compliant SYMBOL protocol for GEMS.

This is the concept of the GEMS project (Global Environmental Monitoring System), backed by IoT (Internet of Things) technologies, which facilitates the collection of data from multiple sensors installed inside a building or an open area, converting this data into environmental values.

What is GEMS?

GEMS is a system -software and hardware that has a patent approved by NOXTAK at the USPTO (United States Patent Trademark Office) – designed to create a global non-governmental platform that will be connected in real-time by monitoring Electromagnetic emission levels Indoors and Outdoors Quickly, Safely and Traceable, a technology that can scale and grow in complexity. It uses cutting-edge sensors for data collection and, besides, it also receives information from third-party allies. This specialized software is compatible with systems related to environmental monitoring and seeks global data integration.

After researching into alternatives for Big Data encryption and protection based on blockchain technology, we will open the possibility of creating a multi-signature and multi-level platform for a wide range of commercial, scientific, and institutional allies. We will be able to monitor the maximum levels of exposure to non-ionizing radiation from telecommunications transmissions. Providing the collected information to local and national governments, telephone operators, and scientific institutions. GEMS could also help control interference in IoT systems and smart cities.

The purpose of GEMS

The purpose of GEMS is to do global monitoring of EMF emissions in a safe, traceable, and scalable way. We seek to achieve a permanent collection of electromagnetic measurement data in the environment from artificial sources to process the database and distribute it in a cryptographic (Blockchain) way that ensures transparency, precision, and incorruptibility of the collected data.

GEMS aims to be the quintessential global observation platform for measuring electromagnetic emissions and controlling levels of exposure to artificial electromagnetic fields (EMFs) in urban, rural, natural reserves, and oceans. We want to establish a relationship between the scientific study of these emissions and their influence on meteorological, climatic, geological factors, environmental threats, and species extinction threats.

This platform is also designed for the development, planning, and architecture of new technologies and telecommunications, such as 6G and 7G, so that they are sustainable and friendly to the human body and the environment. Also, it can be a monitoring platform to detect electromagnetic irregularities that can undermine the optimal performance of IoT sensors and autonomous systems in smart cities.

How do GEMS work?

To achieve its purpose, GEMS will rely on a wide range of technologies and processes that will allow it to detect and collect information. Mainly, it will work with sensors designed to operate with multiple probes and cover a wide spectrum to collect data from all the frequency bands used in telecommunications.

It also incorporates a data processing module and a microcontroller to govern the functions of each sensor. In the same way, the system will be able to connect to mobile networks or WIFI to transmit data in real-time and will have a global positioning module to tag data at a specific place and time. Finally, it will include an AC / DC power supply with backup for indoors and outdoors, as well as a compatible solar panel module for outdoor use and full autonomy.

Among the measurement systems conceived at GEMS, the following stand out:

  • EMF Drive Test Units (Outdoor): Loaded with probes to detect different bands within the spectrum, mobile metering units provide valuable data in real-time, all in sync with a geographic information system.
  • Walk-testing (indoors): Measurements can also be taken during an evaluation inside buildings. By providing floor plans and electromagnetic exposure levels, it provides deeper information about a specific building.
  • Satellite Monitoring Units: Using radiometers, satellites can measure the radiation of different wavelengths at discrete intervals by using mirrors that scan a region and reflect digital data to the satellite to transmit it to Earth for processing. Satellite radiometers can “see” in a wide range of electromagnetic spectral ranges.

It’s important to highlight that GEMS will also rely on artificial intelligence (AI) to process and segment data, extract metadata, and identify which data is more relevant than others based on cross-criteria of microwaves power density, the number of linked devices in a network or device traffic, field strength, download, and upload, latency period, and geolocation.

GEMS in the development of smart cities

GEMS will be able to contribute to smart cities as an automated system that can monitor 24 hours a day, 7 days a week and in real-time factors such as areas with a potential risk of failure (collapse) due to a continuous electromagnetic interference that precedes the loss of connections and links, something that can also mean electrical problems and accumulations of static charges that increase the risk of fires in a specific area.

The system can also monitor the compliance with telecommunication electromagnetic exposure levels in the city, in addition to serving as a simulator based on previous data on optimized urban planning, projections of technological and environmental sustainability.

GEMS is just one of the many solutions that we want to continue materializing in NOXTAK to improve everybody’s quality of life, the environment, and continue to promote the development of cleaner technologies designed for the well-being of everyone and all.

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Gems project

GEMS: Una plataforma global de monitoreo de emisiones electromagnéticas en blockchain

GEMS: Una plataforma global de monitoreo de emisiones electromagnéticas en blockchain

Gems project

En NOXTAK creemos en la necesidad de innovar en el control de emisiones electromagnéticas y creamos el proyecto GEMS con una patente propia de un dispositivo de sensores múltiples en un protocolo automatizado aprovechando la seguridad y escalabilidad de la tecnología Blockchain. Hoy queremos contarte más sobre el proyecto GEMS, powered by Noxtak.

Desde nuestra fundación, uno de los principales propósitos de NOXTAK ha sido ofrecer asesoría especializada para el desarrollo de soluciones integradas que hagan que las ciudades del futuro sean más sostenibles, seguras, eficientes, descentralizadas, conectadas, automatizadas, ecológicas y saludables. 

Como pioneros en el desarrollo de tecnologías ecológicas e innovadoras para mejorar la calidad de vida, cuidar los recursos naturales y promover la innovación digital, nos hemos puesto a disposición de los gobiernos nacionales y locales, así como de organizaciones e instituciones multilaterales, para colaborar en el diseño y promoción de proyectos que contemplen el control de emisiones electromagnéticas, así como el estudio de las mismas en términos ambientales, todo desarrollado y financiado desde un acercamiento sostenible y de economía circular. 

NEM – SYMBOL nuestro aliado en Blockchain

El equipo NOXTAK, a través de la implementación de un ecosistema Blockchain, asegura para GEMS la tan necesaria trazabilidad, seguridad (encriptación), escalabilidad y velocidad del manejo de la data recolectada. 

Estas características, sumadas a otras adicionales que mencionaremos más adelante, llevaron al equipo de investigación y desarrollo de NOXTAK a seleccionar a NEM como su aliado estratégico en Blockchain, con quienes a finales del 2018 se firmó un MOU (Memorandum de Entendimiento) en miras del proyecto GEMS, aún incipiente en aquel momento. Hoy por hoy, NEM ha reafirmado su innovación con su protocolo SYMBOL, altamente compatible con GEMS. 

Este es el concepto del proyecto GEMS (Global Environmental Monitoring System), respaldado por tecnologías IoT (Internet de las Cosas), que facilita la recopilación de datos desde múltiples sensores instalados dentro de una edificación hasta una zona abierta, convirtiendo estos datos en valores ambientales. 

¿Qué es GEMS?

GEMS es un sistema -software y hardware que cuenta con una patente aprobada por NOXTAK en el USPTO (United States Patent Trademark Office)- diseñado para crear una plataforma global no gubernamental que estará conectada en tiempo real monitoreando los niveles de emisiones electromagnéticas en interiores y exteriores de forma rápida, segura y rastreable que puede escalar y crecer en complejidad. Este usa sensores de última generación para la recopilación de datos y, además, también recibe información de terceros aliados. Este es un software especializado compatible con sistemas relacionados al monitoreo ambiental y que busca la integración de datos a nivel global.

Tras investigaciones sobre alternativas para cifrado y protección de Big Data, basados en la tecnología blockchain, abriremos la posibilidad de crear una plataforma multi-firma y multi-nivel para una amplia gama de aliados comerciales, científicos e institucionales. Lograremos monitorear los niveles máximos de exposición de la radiación no ionizante proveniente de las transmisiones de telecomunicaciones. Proveyendo la data recolectada a gobiernos locales y nacionales, operadoras telefónicas e instituciones científicas. GEMS podrá ayudar al control de interferencias en sistemas IoT y ciudades inteligentes. 

El propósito de este proyecto

El propósito de GEMS es hacer un monitoreo global de emisiones EMF de forma segura, rastreable y escalable. Lo que buscamos es lograr una recolección permanente de datos de medición electromagnética en el ambiente provenientes de fuentes artificiales para procesar la base de datos y distribuirla de una forma criptográfica (Blockchain) que asegura la transparencia, precisión e incorruptibilidad de los datos recopilados.

GEMS pretende ser la plataforma de observación global  por excelencia para medir emisiones electromagnéticas y controlar los niveles de exposición a los campos electromagnéticos (CEM) artificiales en zonas urbanas, rurales, reservas naturales y océanos. Queremos establecer una relación entre el estudio científico de estas emisiones y su influencia en factores meteorológicos, climáticos, geológicos, amenazas ambientales y las potenciales extinción de especies. 

Esta plataforma también está diseñada para velar por el desarrollo, planificación y arquitectura de nuevas tecnologías y telecomunicaciones, como 6G y 7G, de forma que sean sostenibles y amigables para el cuerpo humano y el medio ambiente. Además, también puede ser una plataforma de monitoreo para detectar irregularidades electromagnéticas que puedan minar el funcionamiento óptimo de sensores IoT y sistemas autónomos en ciudades inteligentes.

¿Cómo funciona? 

Para lograr su propósito, GEMS se apoyará en una amplia gama de tecnologías y procesos que le permiten detectar y recopilar la información. Principalmente, trabajará con sensores diseñados para funcionar con múltiples sondas y cubrir un amplio espectro para recopilar datos de todas las bandas de frecuencia utilizadas en telecomunicaciones. 

También incorporará un módulo de procesamiento de datos y un microcontrolador para gobernar las funciones de cada sensor;De la misma forma, el sistema será capaz de conectarse a redes móviles o WIFI para transmitir datos en tiempo real y cuenta con un módulo de posicionamiento global para etiquetar datos en un lugar y hora específicos. Por último, tendrá una alimentación AC/DC con respaldo para interiores y exteriores, además de un módulo de panel solar compatible para uso en exteriores y total autonomía.

Entre los sistemas de medición concebidos en GEMS, destacan los siguientes:

  • Unidades móviles de medición de EMF (al aire libre): Cargada con sondas para detectar diferentes bandas dentro del espectro, las unidades de medición móviles proporcionan datos valiosos en tiempo real, todo sincronizado con un sistema de información geográfica.
  • Mediciones a pie (interiores): Las mediciones también se pueden tomar durante una evaluación en el interior de los edificios. Al proporcionar planos de planta y niveles de exposición electromagnética, brinda información más profunda sobre un edificio específico.
  • Unidades de monitoreo satelital: Utilizando radiómetros, los satélites pueden medir la radiación de diferentes longitudes de onda en intervalos discretos mediante el uso de espejos que escanean una región y reflejan datos digitales de regreso al satélite para transmitirlos a la tierra para su procesamiento. Los radiómetros satelitales pueden “ver” en una amplia gama de intervalos espectrales electromagnéticos.

Es importante destacar que GEMS también se apoyará en la inteligencia artificial (IA) para procesar los datos y segmentarlos, extraer metadatos e identificar qué datos son más relevantes que otros en función de los criterios cruzados de la densidad de potencia de las ondas de microondas, la cantidad de dispositivos vinculados en una red o tráfico de dispositivos, la intensidad de campo, la descarga y la carga, el período de latencia y la geolocalización.

GEMS en el desarrollo de ciudades inteligentes

GEMS podrá contribuir a las ciudades inteligentes como un sistema automatizado que puede monitorear las 24 horas del día, los 7 días de la semana y en tiempo real factores como, por ejemplo, las áreas con riesgo potencial de falla (colapso) debido a la interferencia electromagnética repetida que precede a la pérdida de conexiones y enlaces, algo que también pueden significar problemas eléctricos y acumulaciones de cargas estáticas que aumentan el riesgo de incendios en un área específica.

El sistema también puede monitorear el cumplimiento de los niveles de exposición electromagnética de telecomunicaciones para la ciudad, además de servir como un simulador basado en datos previos sobre planificación urbana optimizada, proyecciones de sostenibilidad tecnológica y ambiental.

GEMS es solo una de las muchas soluciones que queremos seguir materializando en NOXTAK para mejorar la calidad de vida de las personas, el medio ambiente y continuar fomentando el desarrollo de tecnologías más limpias y pensadas para el bienestar de todo y de todos. 

Para recibir más información de interés como esta, suscríbete a nuestro newsletter mediante el formulario al pie de esta página. Visita también nuestra sección de productos para conocer más sobre nuestras soluciones.

Case Study Sanchelima Miami

Case study: Testing Stroom Master in an office building

Case study: Testing Stroom Master in an office building

Case Study Sanchelima Miami

Through our years of experience, we have had the opportunity to advise and apply our experience to help not only individuals but large companies. Today, in this case study, we want to tell you how we helped this Miami law firm.

It is the headquarters of Sanchelima & Associates, PA, located in the city of Miami at 235 S Le Jeune Rd, a law firm that has been operating in the city since 1977 and is currently recognized as one of the leading firms in intellectual property in South Florida.

In the case of this firm, its facilities are made up of a four-floor building for exclusive use and are designed to house a dozen workers per floor. Due to the nature of their work, there are many computers, telephones, routers, and high-tech conference systems. For this reason, the building has a large number of electrical and telecommunications installations that generate more than one polluting element.

In May of 2019, the NOXTAK EMF technical and analyst team moved to these facilities to map the project and start the case study with the usual Before / After protocol. We did our first overall assessment and measurement of dirty electricity, high-frequency emissions, coverage, intensity, and propagation of the WiFi signal on site, determining the average pollution levels, the number of Stroom Masters, and the measures required to fix electromagnetic pollution (EMF Pollution).

The purpose was to install this solution, monitor for 3 months the reduction of dirty electricity, and check the effects of the Spiro 3 power, incorporated inside each Stroom Master, on high-frequency signals. Here we determined the effectiveness of the application of our technology in a project where only (and exclusively) Stroom Master dirty electricity filters were used.

This case study was monitored and completed in September of last year (2019). Below, we show you more about our measurements, applications, and results in this particular case.

Initial measurements

The evaluated office has a total of 2,400 feet per floor. Our team analyzed floors 2 and 4, as floor 3 was empty at the time. Measurements were made on both floors to obtain different indicators of electrosmog:

  • Noise on power lines (mV)
  • Magnetic flux density (mG)
  • Electric field strength (V / m)
  • Power flux density (mW / m2)

Noise on power lines (dirty electricity)

An office map was created and the location of all electrical connection points on each floor was marked. Dirty electricity measurements were taken and recorded using an EMI meter at each outlet.

After identifying the outlets and power lines with the worst values (the highest), 24 STROOM MASTER devices were distributed every 190 feet. These were intended to eliminate noise in the electrical wiring and, therefore, the harmful effects on the health of those who work there.

In the final evaluation of the case study, it was found that the application of the Stroom Master filters had effectively cleaned the electrical system of the building. The data collected by the technical team showed that average values were obtained below the recommended 100 mV, registering a neutralization of 100% of dirty electricity due to an 87% decrease in the values of transistors and harmonics above 60 Hz and below 10 MHz, which is considered as the biologically active window where EMF pollution has a high impact on health.

Magnetic flux density and electric field strength

Using a Trifield EMF meter, the worst offenders (high-polluting devices) in each area were identified and recorded. 3 months after the installation of NOXTAK devices, the average levels of magnetic flux density in all areas of both floors were below 0.1 mG; while the average levels of electric field intensity in these areas were below 1 V / m.

High Frequencies: Power Density and WiFi signal optimization, a plus

For this variable, let’s remember that the devices installed are Stroom Masters, which are dirty electricity filters that are not expected to solve in any way high-frequency contaminating elements. Still, the NOXTAK technical team wanted to determine the extent to which the SPIRO 3 power possessed an obvious natural polarization effect and, thus, an improvement in WiFi connectivity.

To determine this, the worst offenders in each area were identified and documented. 3 months after the installation of the NOXTAK devices, our team found that there was a positive incidence and polarization in the signals of high frequency, and even though the average power flux-density values remained the same (as expected), the signals had been naturally polarized by SPIRO. In other words, analyzing the behavior of the building’s WiFi network, we proved that there was a significant change in the pattern of radiation propagation.

Likewise, using an advanced data collection and display tool, we collected detailed information about the Wi-Fi network. These data allowed us to generate a comparison between the Wi-Fi network on the second and fourth floors before and after the installation of all Stroom Masters with SPIRO technology. So, the signal level, referring to the transmitter output power received by a reference antenna at a distance from the transmitting antenna, was analyzed this way.

For this test, the range levels were defined as:

  • Minimum signal level: -96dBm
  • Maximum signal level: -53dBm

In both cases, the average levels are -40dB. With the use of these devices, the average levels were the same and it was the distribution of the signal what changed. As expected, SPIRO did not produce a variation or block in the average power of the received signal, but it redistributed and extended the maximum power points. This is a distinctive element of the natural polarization and neutralization of Electrosmog, typical of our SPIRO technology.

From this analysis, it was then possible to conclude that the WiFi network was optimized and cleaned of the harmful emission without the need to block it. Also, the graphics of the software used for the analysis showed a uniform distribution of it and an amplification of the network, which started to reach areas that, before the application of the Stroom Master, were not covered due to electromagnetic disturbances or Electrosmog.

Optimizing Wireless Transmission Rate

It is the speed with which data is transmitted from an access point to a wireless device. For this test, the levels were defined as:

  • Minimum transmission rate: 0 Mbps
  • Maximum transmission rate: 100 Mbps

In this measurement, it was shown that, in addition to the redistribution effect, SPIRO also improved the data transfer rates between the router and the wireless device.

With this case, we demonstrate that the STROOM MASTER, with 9 SPIRO films (SPIRO 3 power), is not just a solution for dirty electricity; but It is also capable of improving the WiFi signal and, therefore, optimizing the connectivity of a building.

Soon, we will continue to share with you more case studies like this so that you can know the results of our technology. We invite you to visit our products section to learn more about our solutions. To receive more information of interest like this, subscribe to our newsletter using the form at the bottom of this page.


SPIRO DISC L4: A certified and powerful solution

SPIRO DISC L4: A certified and powerful solution


Since the creation of the SPIRO material, we have been dedicated to formulate special solutions to meet specific needs. Today we tell you more about the SPIRO DISC L4.

SPIRO technology has been developed and optimized through numerous experimental case studies. In a first phase of studies at a residential level, we developed the SPIRO L2 and L3 solutions; then, as the case studies scaled to commercial, semi-industrial, and industrial areas, the NOXTAK team encountered greater challenges in handling variations of higher power density (mW / cm2). Faced with such challenges, in a phase 2, our team had to prepare a more far-reaching formulation in order to manage these exposure levels. This is how the SPIRO DISC L4 was born.

Our L4 disc emerged as the first powerful solution that is capable of filtering low frequency and high frequency emission levels at the same time. Then, in 2016, the formulation of this product was optimized and today it is the most important and demanded for NOXTAK.

The reason for its high demand is that there was an increase in radiation, even in residential areas, as a consequence of the spread of wireless connectivity, the new generations of telecommunications, the modernization of smart appliances, among others. For this reason, today most homes require higher power to control these emissions that, previously, were only in industrial areas.

An effective solution for different problems

The SPIRO DISC L4 is characterized by being able to handle multiple office equipment and household appliances. It can be used as a joint solution for home electrical panels, smart meters, and long-range Wi-Fi routers.

This solution is an effective protection for workstations, home offices, and other more powerful sources of electromagnetic fields, such as power rooms and data centers. This product has a 23 foot radius of action and can protect from emissions of up to 15 devices at a time without affecting the performance of the devices or the quality of connectivity.

Based on the evidence gathered in numerous case studies, this product has also proven to be an effective solution for:

  • Control sleep disturbances caused by EMF pollution.
  • Manage multiple radiation in a room with different electronic devices (Smart TV, video game console, computer, etc.).
  • To protect IT staff from emissions from the equipment they frequently use.
  • Control the emissions of the different household appliances in the kitchen, focusing especially on the microwave oven.
  • Optimize electricity consumption.

The IGEF investigation

After dozens of studies carried out directly by our team and close collaborators, we turned to independent laboratories to expand technical and biological studies on this product. It was here when the IGEF (Internationalen Gesellschaft für Elektrosmog-Forschung – International Society for Electrosmog Research) intervened, who verified its effectiveness in 10 different circumstances.

This research focused on the protective effect of SPIRO L4 against electromagnetic radiation caused by mobile phone, Wi-Fi or WLAN transmitters, mobile phones, smart phones, radio and television transmitters, and other wireless communication devices.

The aim was to prove that, faced with disorders caused by high electromagnetic radiation and electrosmog, the use of the SPIRO L4 should lead to a verifiable improvement in the heart rate variability, promote circulation and reduce the work of the vegetative nervous system to maintain internal balance. Based on that premise, heart rate variability measurement was selected to assess whether the SPIRO L4’s energy information field led to an improvement in test subjects and whether it was able to contribute to an increase in adaptive capacity of an individual’s biological system.

For this investigation, the product was tested by 10 subjects of both sexes who were exposed to a modern and habitual level of electromagnetic radiation. The ages of individuals range from 10 to 76 years, and all are people who, in their own opinion, react sensitively to electrosmog. Measurements of the heart rate variability were taken in these people’s apartments or workplaces before and after spending several days using the SPIRO L4.

Research results: certified protection

The variability of the 10 test subjects, aged between 10 and 75 years, revealed the following results:

  • In 5 of the 10 test subjects, the use of the SPIRO L4 clearly improved the ability to regulate heart rate variability and adjust the vegetative nervous system to various levels of exposure.
  • In 4 of the 10 test subjects, the use of the SPIRO L4 significantly improved ability to regulate heart rate variability and adjust the vegetative nervous system to various levels of exposure. The results of this measurement were mainly confirmed by descriptions of the subjective perception of the subjects about the reactions of their bodies to the bioenergetic information field of the SPIRO L4.
  • In 1 of the 10 test subjects, the use of the SPIRO L4 was ineffective in terms of regulating heart rate variability. In the case of this individual, the regular use of medication to lower blood pressure may have had a blocking effect.

Based on these results, the biophysical research carried out by the IGEF research and testing laboratory confirmed that the use of the SPIRO DISC L4 against disorders caused by high-frequency electromagnetic radiation leads to a verifiable improvement in the heart rate variability.

In other words, the use of the product has a beneficial effect on the heart, since the circulatory system processes and reduces the work that the vegetative nervous system requires to maintain internal balance. The measurement results further demonstrated that the positive effect of SPIRO DISC L4 increases with duration of use.

In this way, this solution was certified as a highly effective measure to protect the human body from the effects of electromagnetic contamination.

Since then, our team has continued to work on the ideal formulations for specific situations, and today we have arrived at an industrial power solution: the SPIRO L5, a product intended for high exposure areas, which we will delve into in our next article.

We invite you to visit our products section to learn more about our solutions. To receive more information of interest like this, subscribe to our newsletter using the form at the bottom of this page.

artificial Electromagnetic fields

Natural vs. artificial electromagnetic fields: the importance of polarization

Natural vs. artificial electromagnetic fields: the importance of polarization

artificial Electromagnetic fields

Electromagnetic fields are present everywhere, but they are not exactly a synonym for something negative. Here we explain you more about the differences of the EMFs according to their polarization.

Since humanity and the earth itself exists, our species and all nature has evolved immersed in electromagnetic fields (EMFs). All intercellular communication of all living organisms contains an electrical impulse, and therefore electromagnetic fields. Our body works with electrical impulses: the nervous system, the muscles, all the most basic biological and chemical processes of our existence are preceded by an electrical impulse.

With all this in mind, you should know that the term “electromagnetic field” does not imply anything negative. In fact, as we mentioned, life itself is nourished by electrical impulses, and that is why in medicine, the health and well-being of the human body is diagnosed with a large number of studies that analyze the electrical behavior of our organs, like the electrocardiogram or the electroencephalogram. As there are also studies of the magnetic field that is generated as a result of these electrical impulses, such as the magnetocardiogram and the magnetoencephalogram.

In our previous articles, we have repeatedly mentioned EMFs, but we want to take advantage of this space to explain more about them and the differences they have according to their polarization.

What is an electromagnetic field?

First of all, you should know that there are electric and magnetic fields. These can come from artificial (man-made) sources or from natural sources. Electric fields are created by differences in voltage (the higher the voltage, the stronger the resulting field will be), while magnetic fields are created when electric current flows (the higher the current, the stronger the magnetic field is).

If the current flows, the intensity of the magnetic field will vary with energy consumption, but the intensity of the electric field will be constant (Extract from electromagnetic fields published by the WHO Regional Office for Europe in 1999).

Types of electromagnetic fields

As we mentioned, electromagnetic fields (EMF) are present everywhere in our environment, but they are invisible to the human eye. There are two types of EMF:

– Natural electromagnetic fields: Electric fields are produced by the local accumulation of electrical charges in the atmosphere associated with thunderstorms. The Earth’s magnetic field, for example, makes the compass needle point North-South and is also used by birds and fish for navigation, because these species have highly sensitive electrical and magnetic receptors.

Furthermore, all species of plants, animals, and living organisms emit their own natural fields, because somehow or other subtle electrical charges flow through them. That is, nature has continually been immersed in fields of one kind or another. The largest fields in nature exert a magnetic dominance necessary for the proper development of new species. The conservation of species and natural ecosystems has a lot to do with maintaining a balance and harmonious interaction of natural fields.

– Artificial electromagnetic fields: In addition to natural sources, in the electromagnetic spectrum there are fields produced and emanating from man-made technologies, these are the much-mentioned artificial fields. There are many types of artificial fields, as many as the quantity of existing technologies in the world; and year after year, we add more artificial fields to our environment.

These fields are distributed everywhere and wrap all the electrical wiring; Although they do not go out only through the outlets, they also come through the wiring. In the same way, all plugged electrical devices produces an artificial field, as do all electronic and wireless devices. Telecommunications, such as radio waves, TV antennas, cell phones, devices with WIFI connection, TV stations, radio stations, mobile phone base towers, control towers in airports, etc. also produce artificial fields.

Natural vs. artificial EMFs: biological effects

According to a report by Dimitris J. Panagopoulos, Olle Johansson, and George L. Carlo, it has been found that there are a variety of biological effects that are triggered by exposure to artificial EMFs, especially radio frequency (RF), microwave, and extremely low frequencies (ELF). The registered biological effects range from alterations in the synthesis rates and intracellular concentrations of different biomolecules, to damage in DNA and proteins that can cause cell death, decreased reproduction, or even cancer.

According to many studies, the intensity of radiation and the duration of exposure to artificial EMFs are significantly less than those of exposures to natural EMFs to which we are normally exposed. For example, the intensity of solar electromagnetic radiation incident on a human body varies between 8 and 24 mW / cm2, while the intensity of a mobile phone on a human head during a call is normally less than 0.2 mW / cm2.

So why is one beneficial while the other seems detrimental? According to Panagopoulos, Johansson and Carlo, well-known health scientists, the adverse biological action of artificial EMFs is due to the fact that they are polarized, unlike natural EMFs.

Based on these studies, our scientific research and development team in NOXTAK concluded that it is not only that natural fields are not polarized, because the preferred orientation of a field is not exclusively relegated to artificial fields, since elementary particles have its own polarization. That is, the real problem is not polarization itself, but that it follows the natural preferred oscillations and orientations of the particles. Basically, artificial polarization generates an imbalance of charges in the orientation of its elementary particles.

Artificially polarized EMFs (as opposed to naturally polarized EMFs) have the ability to induce forced oscillations in charged molecules within biological tissue. In this case, the result will be that all charged molecules will be forced to oscillate in phase with the field and in planes parallel to their polarization. Various oscillating electromagnetic fields of the same polarization can also cause interference within living tissue; making the body more susceptible to biological effects.

Basically, natural EMFs promote the evolution and development of organisms; while artificial ones, those generated by man-made technologies, create interference in the human body and force the particles to vibrate at their same frequency, thus generating harmful biological effects.

For many years, at Noxtak we have dedicated ourselves to researching this topic and creating solutions that allow us to naturally repolarize artificial electromagnetic fields, so that we can avoid harmful effects on the human body and the environment. Our purpose is to continue promoting the use of technology in a more friendly way with the human body and to promote the development of cleaner technologies.

We invite you to visit our products section to learn more about our solutions. To receive more information of interest like this, subscribe to our newsletter using the form at the bottom of this page.

spiro material

La potencia SPIRO: conociendo más sobre este material de la mano de su creador

La potencia SPIRO: conociendo más sobre este material de la mano de su creador

spiro material

Desde su invención y posterior patente, el material SPIRO ha sido ampliamente galardonado y elogiado por muchas grandes organizaciones científicas y de invenciones. Hoy, su creador nos cuenta más sobre esta tecnología. 

José Joaquín Machado es el CEO de Noxtak, quien reunió un equipo interdisciplinario que durante años han colaborado en una iniciativa para encontrar soluciones alternativas para el electrosmog. 

Machado ha sido investigador en campos electromagnéticos desde el año 2000. Como experto en emisiones ambientales de electrosmog, ha evaluado más de 30 ciudades en 14 países y más de 1.000 casos de EHS. Es director de la iniciativa EFEIA.org y su programa de certificación EHE, y es el responsable de la creación del concepto ECO WIFI ZONE. Tiene 3 patentes mundiales de invenciones para el electrosmog, entre las que destaca la del material SPIRO.

En este artículo, el creador de esta tecnología responderá a las preguntas más frecuentes que surgen en torno a su creación.

¿Cuándo se creó SPIRO?

El desarrollo de SPIRO empezó en el 2013. Se hicieron pruebas de distintos tipos durante varios años y se hizo un trabajo de desarrollo de nanotecnología hasta que logramos definir la formulación definitiva, que finalmente se presentó en el año 2015 a la Organización Mundial de la Propiedad Intelectual (OMPI) y a la Oficina de Patentes de los Estados Unidos (USPTO) como un invento de nanotecnología. La patente fue finalmente aprobada en el año 2018.

En el 2019, oficinas regionales de patentes de inventos en países como Corea del Sur, Canadá, Japón, entre otros, fueron confirmando esta patente. Hoy SPIRO es una marca registrada en más de 100 países del mundo. 

La formulación de SPIRO fue probada originalmente en mas 300 personas Electrosensibles y se realizaron más de 37 casos de estudio en Aruba y Curazao en zonas y personas altamente expuestas a distintas fuentes de Electrosmog. Esto nos permitió comprobar la efectividad de la formulación para propósitos domésticos, comerciales, residenciales e industriales.  

¿Qué es SPIRO?

Es un material nanocompuesto que opera como un filtro pasivo para las ondas electromagnéticas de fuentes artificiales, debido a que exhibe un ferromagnetismo estable en la nanoescala. Su anisotropía magnética natural facilita la polarización del espín de las partículas elementales en las ondas electromagnéticas, gracias a la interacción espín-órbita y las paredes de Bloch. Este proceso elimina los efectos nocivos de la radiación no ionizante de fuentes artificiales. 

¿De dónde proviene la idea para crear este material?

SPIRO es un material concebido para filtrar el ambiente de las ondas electromagnéticas artificiales, que pueden resultar perjudiciales para el cuerpo y el ambiente. 

Sabemos por estudios científicos que el elemento perturbador que crea el llamado Electrosmog no es la intensidad de los campos, sino su polarización artificial. Es esa polarización artificial la que produce el desbalance y perturbación de cargas que alteran la membrana celular y los canales de calcio, produce el estrés oxidativo y todas las alteraciones en nuestro cuerpo. 

Entonces, a la luz de esta evidencia científica, se inventó SPIRO como una solución no agresiva que permitiese, además, seguir usando las tecnologías. la manera en la que SPIRO hace esto es polarizando naturalmente a las ondas que traen una polarización artificial, pero sin afectar la trayectoria de las mismas. Podríamos decir que este material ayuda a que los campos de fuentes artificiales presenten un comportamiento de cargas eléctricas y magnéticas similar al de los campos emanados de fuentes naturales

El eje o la idea principal en la que nos basamos para crearlo fue en el concepto del espín, introducido por primera vez por Ralph Kronig, George Eugene Uhlenbeck y Samuel Goudsmit. Ellos postulan que los electrones giran sobre un eje y que este efecto genera un campo. En consecuencia, cada electrón es, por su naturaleza, un pequeño imán debido al campo magnético intrínseco que produce el espín (spin: giro en inglés). 

La existencia del espín en el electrón también está confirmada por muchos resultados experimentales; y el concepto se amplió a todas las partículas sub-atómicas, incluidos los protones, los neutrones y las antipartículas. 

Se dice que las partículas con espín presentan un momento magnético que recuerda a un cuerpo cargado eléctricamente en rotación. El ferromagnetismo (ordenamiento magnético de todos los momentos magnéticos) entonces surge del alineamiento de los espines en un sólido. 

¿Cómo funciona el material? ¿Cuál es su efecto?

Todos los equipos de telecomunicaciones y los dispositivos que funcionan con electricidad producen radiaciones electromagnéticas con una polarización artificial. La forma en que operan las fuentes de energía que alimentan a todas las tecnologías presentan un comportamiento y oscilación de ondas con espines alterados, a diferencia de los que presentan las ondas presentes en el espectro electromagnético natural.

Comúnmente estamos rodeados de estas radiaciones de fuentes artificiales cuya propagación posee cargas magnéticas polarizadas artificialmente y orientaciones predilectas que no siguen el patrón natural de polarización que portan las radiaciones naturales.

Los materiales agrupados con formulación SPIRO tienen una orientación «predilecta» de sus momentos magnéticos. Es decir, cuando una onda incide en un material como este, la magnetización del mismo sigue las variaciones de dicha onda, sin abandonar la tendencia que se le ha dado. Por ejemplo, en el caso de las ondas de las telecomunicaciones, el material incide en una disminución de interferencias, pues se eliminan las perturbaciones electromagnéticas en la nanoescala, de forma que se mejora el patrón y la uniformidad de propagación de la radiación balanceada. 

De la misma manera, la propagación con patrón uniforme y balanceado de las radiaciones en el material disminuye las micro cargas y fracturas, lo que se traduce en un prolongamiento de la vida útil de los equipos; especialmente en los componentes electrónicos de computadores y dispositivos de todo tipo.

En resumen el material SPIRO posee una propiedad ferromagnética estable en nano-escala capaz de producir un ordenamiento y dominancia magnética natural en la cercanía, esto conlleva a un balance y re-polarización natural de todos los campos que entran en su rango de influencia. También podemos decir que este material alinea los spines de los campos artificiales en el sentido natural y ordena un comportamiento en dichos campos similar al manifestado por los campos naturales.

¿Qué tan escalable es esta tecnología?

SPIRO es aplicable en distintos escenarios de exposición; además, es compatible con todo tipo de tecnología e incluso tiende a mejorar el funcionamiento y vida útil de los equipos, como lo hemos mencionado antes. Al interactuar con el material, se genera en la onda un efecto de dominancia magnética “residual”, y ese ordenamiento residual genera a su vez un efecto polarizador en otros campos cercanos con los que interactúa en su propagación, hasta que finalmente pierde el ordenamiento que adquirió al pasar por el material SPIRO. Todo esto sucede en milésimas de segundo de manera permanente. 

Es por esto que se habla de un rango de influencia de la tecnología SPIRO mayor al diámetro del material nanocompuesto utilizado. Es decir, el ordenamiento magnético residual será mayor cuando la onda se encuentra ante una agrupación mayor de material. De la misma forma, a mayor cantidad  de material, más efectiva será la dominancia magnética que produzca ante una radiación artificial de mayor densidad de potencia.

Actualmente, hemos «dosificado» este material en productos específicos que están diseñados para manejar las emisiones de distintos equipos y en distintos niveles. Tenemos desde pequeñas tarjetas para computadores y dispositivos de uso personal, hasta discos de mayor potencia para filtrar emisiones de equipos más grandes o de varios dispositivos en funcionamiento conjunto. 

He aquí la clave de nuestra tecnología, la cantidad de material aplicado en forma de filminas dentro de láminas de PVC, lo que determina la potencia del filtro SPIRO. Esto nos permite escalar nuestra solución para alcanzar niveles industriales de exposición a Electrosmog. 

El producto básico, llamado Spiro Card L2, presenta un efecto de filtro suficiente como para atender las emisiones promedio de hasta 3 dispositivos electrónicos de uso personal, o un teléfono con chip 5G. Este producto es la potencia SPIRO mínima disponible (Potencia Spiro 1) y, a partir de ella, nuestro equipo de investigación y evaluación de las nuevas tecnologías que emergen en el mercado trabajan las formulaciones y determinan la potencia necesaria para neutralizar efectivamente al 100% el elemento perturbador o electrosmog en un campo emanado de fuentes artificiales, sea tanto de alta como de baja frecuencia. En la actualidad, hemos alcanzado formulaciones SPIRO de potencia 38. 

¿Qué beneficios trae el uso de SPIRO?

Los beneficios asociados al uso de SPIRO son extensos. En primera instancia, protege la salud de las personas al filtrar las ondas electromagnéticas a las que están constantemente expuestos, protege al medio ambiente de los peligros de la contaminación electromagnética, brinda una mayor calidad en las telecomunicaciones y la conectividad, optimiza el consumo eléctrico (fomenta el ahorro energético) y provee una mayor durabilidad a los equipos tecnológicos que uses.

La tecnología SPIRO sigue evolucionando y en Noxtak seguimos trabajando para hacerla una solución más ampliamente conocida y empleada, de manera que podamos seguir contribuyendo con un ambiente más limpio y personas que disfrutan la tecnología de una forma más saludable. En próximos artículos, seguiremos hablando sobre desarrollos recientes relacionados con SPIRO.

Te invitamos a visitar nuestra sección de productos para conocer más sobre nuestras soluciones. Para recibir más información de interés como esta, suscríbete a nuestro newsletter mediante el formulario al pie de esta página. 

spiro material

SPIRO power: knowing more about this material from the optics of its creator

The SPIRO power: knowing more about this material from the optics of its creator

spiro material

Since its invention and subsequent patent, SPIRO material has been widely awarded and praised by many great scientific and invention organizations. Today, its creator tells us more about this technology.

José Joaquín Machado is the CEO of Noxtak, who reunited an interdisciplinary team that has collaborated in an initiative to find alternative solutions for electrosmog for several years.

Machado has been a researcher in electromagnetic fields since 2000. As an expert in environmental emissions from electrosmog, he has evaluated more than 30 cities in 14 countries, and more than 1,000 cases of EHS. He is the director of the EFEIA.org initiative and its EHE certification program. He is responsible for the creation of the ECO WIFI ZONE concept. He has 3 global patents for inventions for the electrosmog, among which the SPIRO material stands out.

In this article, the creator of this technology will answer the most frequently asked questions that arise around its creation.

When was SPIRO created?

The development of SPIRO began in 2013. Various types of tests were carried out over several years and nanotechnology development work was carried out until we were able to define the final formulation, which was finally presented in 2015 to the World Intellectual Property Organization (WIPO) and the United States Patent and Trademark Office (USPTO) as a nanotechnology invention. The patent was finally approved in 2018.

In 2019, regional invention patent offices in countries such as South Korea, Canada, Japan, among others, were confirming this patent. Today SPIRO is a registered trademark in more than 100 countries in the world.

The SPIRO formulation was originally tested on over 300 Electrosensitive people and more than 37 case studies were conducted in Aruba and Curaçao in areas and people who were highly exposed to different sources of Electrosmog. This allowed us to test the effectiveness of the formulation for domestic, commercial, residential, and industrial purposes.

What is SPIRO?

It is a nanocomposite material that operates as a passive filter for electromagnetic waves from artificial sources, because it exhibits stable ferromagnetism at the nanoscale. Its natural magnetic anisotropy facilitates the spin polarization of elementary particles in electromagnetic waves, thanks to the spin-orbit interaction and Bloch walls. This process eliminates the harmful effects of non-ionizing radiation from artificial sources.

Where does the idea to create this material come from?

SPIRO is a material designed to filter the environment from artificial electromagnetic waves, which can be harmful to the body and the environment.

We know from scientific studies that the disturbing element that creates the so-called Electrosmog is not the intensity of the fields, is their artificial polarization. It’s this artificial polarization that produces the imbalance and disturbance of charges that alter the cell membrane and calcium channels, produces oxidative stress, and all the alterations in our body.

So, in light of this scientific evidence, SPIRO was invented as a non-aggressive solution that also allows us to continue using technologies. The way SPIRO does this is by naturally polarizing the waves that have an artificial polarization, but without affecting the trajectory of waves. We could say this material helps the fields of artificial sources to present behavior of electric and magnetic charges similar to that of fields emanating from natural sources

The axis or the main idea on which we relied to create it was the concept of the spin, first introduced by Ralph Kronig, George Eugene Uhlenbeck, and Samuel Goudsmit. They postulate that electrons rotate around an axis and this effect generates a field. As a consequence, each electron is, by nature, a small magnet due to the intrinsic magnetic field produced by the spin.

The existence of the spin in the electron is also confirmed by many experimental results; and the concept was extended to all sub-atomic particles, including protons, neutrons, and antiparticles.

Spin particles are said to have a magnetic moment reminiscent of an electrically charged rotating body. Ferromagnetism (magnetic ordering of all magnetic moments) then arises from the alignment of the spins in a solid material.

How does the material work? What is its effect?

All telecommunications and electrically powered devices produce electromagnetic radiation with artificial polarization.

The way in which the energy sources that feed all the technologies operate present a behavior and an oscillation of waves with altered spins, unlike those of the waves present in the natural electromagnetic spectrum.

We are commonly surrounded by these radiations from artificial sources whose propagation has artificially polarized magnetic charges and preferred orientations that don’t follow the natural polarization pattern that natural radiation carries.

Grouped materials with SPIRO formulation have a “preferred” orientation of their magnetic moments. That is, when a wave impinges on a material like this, its magnetization follows the variations of that wave, without abandoning the given preference. For example, in the case of telecommunications waves, the material generates a decrease in interferences and, since electromagnetic disturbances at the nanoscale are eliminated, the pattern and uniformity of propagation of the balanced radiation is improved.

In the same way, the uniform and balanced propagation pattern of radiation in the material reduces micro charges and fractures, which translates into an extension of the useful life of the electronic devices and appliances; especially in the electronic components of computers and devices of all kinds.

In summary, the SPIRO material has a stable nano-scale ferromagnetic property capable of producing a natural magnetic order and dominance, this leads to a balanced and natural re-polarization of all the fields that fall within its range of influence (near it). We can also say that this material aligns the spins of artificial fields naturally and orders a behavior in these fields similar to that manifested by natural fields.

How scalable is this technology?

SPIRO is applicable in different exposure scenarios; Also, it is compatible with all types of technologies and even tends to improve the operation and useful life of the devices, as we have mentioned before. When interacting with the material, a “residual” magnetic dominance effect is generated in the wave, and that residual ordering, in turn, generates a polarizing effect in other nearby fields which it interacts in its propagation until it finally loses the ordering acquired by going through the SPIRO material. All of this happens permanently in just milliseconds.

This is why we talk of a range of influence of the SPIRO technology greater than the diameter of the nanocomposite material used. That is, the residual magnetic ordering will be greater when the wave is faced with a larger amount of material. In the same way, the greater the amount of material, the more effective the magnetic dominance it will produce in the face of artificial radiation of higher power density.

Currently, we have “dosed” this material into specific products that are designed to handle emissions from different equipment and at different levels. We have from small cards for computers and personal devices, to discs of greater power to filter emissions from larger machines or several devices in a joint operation.

Here is the key to our technology, the amount of material applied in the form of films within PVC sheets, which determines the power of the SPIRO filter. This allows us to scale our solution to reach industrial levels of exposure to Electrosmog.

The core product, called the Spiro Card L2, has a filter effect enough to take care of the average emissions from up to 3 personal electronic devices, or a 5G chip phone. This product is the minimum available SPIRO power (Spiro power 1) and, from it, our research and evaluation team of the new technologies that emerge in the market work the formulations and determine the necessary power to effectively neutralize 100% the disturbing elements or electrosmog in a field emanating from artificial sources, both high and low frequency. Currently, we have reached SPIRO formulations of power 38.

What benefits does the use of SPIRO bring?

The benefits associated with using SPIRO are extensive. In the first instance, it protects people’s health by filtering the electromagnetic waves to which they are constantly exposed, protects the environment from the dangers of electromagnetic pollution, provides higher quality in telecommunications and connectivity, optimizes electricity consumption (helps saving energy), and provides greater durability to the technological devices you use.

SPIRO technology continues to evolve and at Noxtak we continue to work to make it a more widely known and used solution so that we can continue to contribute to a cleaner environment and to people who want to enjoy technology more healthily. In future articles, we will continue to talk about recent developments related to SPIRO.

We invite you to visit our products section to know more about our solutions. To receive more information of interest like this, subscribe to our newsletter using the form at the bottom of this page.