Is the term given to those areas of science and engineering where phenomena that take place at the nanometre scale dimension (below 100 nm) are utilized in the design, characterization, production, and application of materials, structures, devices, and systems.
A nanometre 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 nanometres.
Nanotechnology is helping to considerably improve, even revolutionize, many technologies and industry sectors: information technology, homeland security, medicine, transportation, energy, food safety, and environmental science, among many others. Nanotechnology has greatly contributed to major advances in computing and electronics, leading to faster, smaller, and more portable systems that can manage and store larger and larger amounts of information.
Hard drives used as memory in computers consume more power and have more chance of failure than solid-state memory that doesn’t have any moving parts.
For that reason, solid-state computer memory has become popular on smaller computers, such as tablets. This solid-state computer memory takes up less space, uses less battery power, and is less likely to be damaged if the device is dropped. Nanotechnology is being used to improve the density of solid-state computer memory.
Nanotechnology can be used in multiple ways in different sciences, and currently, electronics and medicine have been two of the fields that have received more fame for using nanotechnology. There are many industries and multiple possible applications that are still being discovered today, as it presents a very promising field of possibilities for technological progress.
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.
Nano-magnetism is a field where many nanoscale effects abound, resulting in either from the reduced size of the material or the predominant effect of 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.
It was in the science of Nanomagnetism where NOXTAK found a stable, permanent, and scalable solution for the electromagnetic problem. This solution is named SPIRO®.
SPIRO® (Spin Radiation Organizer) 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®. Its nanomagnetic effect functions 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 EMF, eliminating the chaos and imbalance of artificially polarized charges at the fundamental level. With this, it promotes a natural magnetic ordering on the EMF, which consequently exhibit the same behavior of natural electromagnetic fields at the fundamental level.
To understand the efficiency and importance of the SPIRO® patent in EMF, 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.
The electromagnetic problem lies in the fundamental disturbance that is created by the artificial polarization 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 SPIRO® Solution allows us to coexist with artificial radiation. NOXTAK® products are composed of SPIRO® (Spin Radiation Organizer), which, in simple terms, consist of films that in their composition are made up with 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 that the SPIRO® system exhibits.
So, SPIRO® operates as a passive filter for those particles, a guide so that they take their own natural order and, in this way, reduce the chaos that produces the disturbing effect of electromagnetic pollution. The effect of SPIRO® is not to block the waves’ trajectory, but to filter the disturbances by reducing the entropy level without affecting the destination and path of the radiation. In fact, it has been proven that the effect of the SPIRO® material on microwaves can be observed in an improvement of the radiation propagation pattern.
The use of SPIRO® promotes a recovery of the body’s bioelectric system, improving the function and healthy communication of cells in the body. This happens when the electrical potential in the cell membrane stabilizes the abnormal opening of the ionic channels of the membrane, this process of cellular detoxification and restoration happens gradually and recovery time varies according to each case, having the best results for those individuals who also evaluate their environments and protect themselves from other environmental toxins (indoor air quality, CO2, humidity, toxic chemicals).
SPIRO® produces an improvement in multiple common symptoms and signs associated with numerous diseases whose origin can have multiple causes, but the appearance of symptoms and the frequency with which the individual suffers from them are exacerbated by electromagnetic pollution.
SPIRO® is also a viable solution for individuals with electro-stress or electro hypersensitivity (EHS). Its effectiveness has been proven in various case studies and, on average, a significant reduction in symptoms and signs of EHS has been shown in a variable period of 45 to 60 days. The improvement times vary depending on the individual, their genes, type of diet, and type of other environmental toxins to which they are exposed on a daily basis.