A coherent field that cleans up everything that interacts with it

In June 2012, scientists at JASRI (Japan Synchrotron Radiation Research Institute), working with the Japan Advanced Institute of Science and Technology and other institutions, revealed a new magnetic property of gold.

Gold in its bulk form is diamagnetic. It doesn't behave as a magnet. But when manufactured as nanoparticles, gold exhibited strong magnetism. This was significant because it opened the possibility of exploiting stable magnetic properties at the nanometric scale without transferring those properties to the macroscopic dimension.

NOXTAK's research project recognized the implication: if you could harness this stable nanomagnetism, you could influence the polarization of particles in electromagnetic radiation without blocking the radiation's path or interfering with telecommunications. The artificial polarization problem could be solved at the fundamental level.

This is what led to the development of the SPIRO nanocomposite material: a formulation of stable ferromagnetic nanoparticles (gold, palladium, and titanium) that reorganize the polarity of interacting particles through what we now call the SPIRO field.

Nanotechnology deals with phenomena at the nanometer scale (below 100 nm). A nanometer is one billionth of a meter. For reference, a human hair is roughly 80,000 nanometers in diameter.

At this scale, materials behave differently than in their bulk form. Nanoparticles exhibit surface-dominated behaviors and size-dependent effects that don't exist at larger scales. One of these effects is the emergence of magnetic properties in materials that are diamagnetic (non-magnetic) in bulk form.

The SPIRO material consists of films embedded with specific metals at the nanometric scale. These metals collectively exhibit a magnetic order that promotes an organized state in any particles the material encounters. The nanomagnetic properties of the films induce natural polarization responses in the fundamental particles they interact with.

In technical terms, this reduces the entropy carried by non-ionizing radiation from artificial sources. The interaction manifests as spin-orbit interaction (SOI) and coherent domains of low entropy with high stability in their domain walls (Bloch walls). The result: emissions become compatible with the body's bioelectric system.

SPIRO doesn't alter the trajectory or destination of electromagnetic radiation. It influences the polarization of the particles within its field range, guiding them from their artificial, chaotic state back to their natural magnetic order.

Studies have shown that the impact of the SPIRO material on microwaves can be observed as an improvement in the radiation propagation pattern of telecommunications equipment. The fundamental particles, which carry an artificial polarization, adopt their natural magnetic moments and form domains that align with the natural magnetic order similar to that of the SPIRO material.

This is why devices perform better, not worse, inside the SPIRO field. Unlike blocking approaches that degrade signal quality and force devices to emit more, SPIRO reduces disorder in the electromagnetic environment. Cleaner propagation means better connectivity.

Electromagnetic interference (EMI) becomes more subtle as technology advances. The blocking approach becomes impossible in wirelessly connected environments. The future of EMF management is passive filtering, and SPIRO is currently the only commercially available technology that achieves it.

Every SPIRO product contains a specific number of round films made from the SPIRO nanocomposite material. The SPIRO films exhibit a residual magnetic dominance effect that extends outward. The field radius and filtering strength depend on two factors: the number of films and the pattern in which they're positioned inside the product.

Neither the number nor the arrangement of films is arbitrary. Each product is designed to filter a specific level and type of electromagnetic emission: extremely low-frequency AC pollution, direct current emissions from electronics, far-field radio frequencies, microwave emissions, or combinations of these. This is what we call the SPIRO Filtering Power.

SPIRO CARD (3 films): 1.1m radius. Designed for personal devices: phones, tablets, wearables. Covers both high and low frequency emissions within arm's reach.

SPIRO SQUARE X (21 films): 7.56m radius. For high-exposure environments: routers, IT floors, hospitals, airports. Serious coverage for concentrated wireless traffic.

SPIRO DISC (19 films): 7m radius. Room-level coverage. Placed near routers, electrical panels, or under a pillow for sleep. One disc per room covers the full space.

For complete protection, the recommendation is to use products together: a Card on your phone for near-field, low-frequency protection, plus a Disc in each main room for broad coverage. The more sources of pollution filtered, the greater the biological benefit.