The Science Behind It

The topological circuit of the Aires patented microprocessor’s resonator antenna accumulates charges. The electromagnetic impulse generator of a cell phone or other electronic device serves as the source of these charges.

When an excess charge (polarization) has built up, it is automatically redistributed to the Aires microprocessor, which uses the charge to cause a coherent transformation of the field in the form of a hologram – made up of regularly alternating maxima and minima. The hologram interacts with external radiation, restructuring and transforming the EMF haze into a more biologically-compatible form, thus reducing the conflict between the external radiation and the radiation from the human body’s cells.

• Overview
• How it's Made
• Microprocessor
• How It Works

Designed for Large Area Protection

Cellphones, Tablets & Laptops

WIFI Routers, Smart Home Devices

Large Living Areas At Home or Shared Spaces

Cellular Towers

Electromagnetic Pollution

How It's Made

 

01. Protective Shield
One of two protective shells on either side made of durable and resilient clear resin to shield the device from external damage.

02. Front-Facing 64PS15G Microprocessor
Front-facing state of the art Aires 64PS15G Microprocessor. 1,419,857 etched circular resonators in the topological circuit.

03. Absorbing layer
Infrared absorbing layer consuming the thermal emission given off by the microprocessors.

04. Resonator Antennas
One of two range maximizing resonator antennas powering the chip by harnessing the surrounding EMR.

05. Rear-Facing 64PS15G Microprocessor
Rear-facing state of the art Aires 64PS15G Microprocessor. 1,419,857 etched circular resonators in the topological circuit.

The 64PS15G Microprocessor

State of the art 4th generation Aires Microprocessor

Water resistant and fragile

Designed for 5G and 5G millimeter wave

Features 1,419,857 circular resonators

Powerful enough for all devices

3.2x more effective than previous generations

139 Feet Diameter Effective Range

How It Works?

Imagine duplicating a sound or light wave, flipping it upside down, then overlapping the two waves to cancel each other out. This is called negative interference, a principle that's used in things like noise cancelling headphones.

We Leverage This In Our Microprocessors To Cancel Out External Electromagnetic Fields And Any Radiation As Result.

Aires Technologies' products have won numerous awards, gold medals and certificates since its inception in the year 2000. Their research and development of technologies surrounding fractal diffraction lattices or FDL have been nothing short of ground-breaking. In the last twelve years, Aires Technologies has created more than 200 products and project solutions that are 100% ecologically friendly and safe for human utilization. The company’s primary focus is on developing technologies that minimize the harmful effects of and control the electromagnetic fields that surround most modern electronic devices.