Aires Tech adopts rigorous scientific validation, primarily used to verify the effectiveness of its products.

Testing the effectiveness of electromagnetic wave protection technology is a unique challenge that cannot reliably be accomplished using simple methods. This is where electroencephalogram (EEG) comes into play, and it's what sets Aires Tech apart as a leader in this field. Aires Tech chooses to use EEG, which we believe is the scientific standard that EMF protection solutions should adhere to. Scientifically validated results are crucial for consumers seeking peace of mind in the realm of EMF protection. This also underscores the importance of advocating for standards and regulations within this industry.

 

Challenges in demonstrating EMF protection

For EMF protection devices, the challenge lies in not wanting to completely block our devices' operation by obstructing their wireless signals or electrical connections; because we could simply turn the devices off. However, our goal is to modulate radiation while still allowing the involved technology to function normally; this is the optimal balance between being largely ineffective and entirely unnecessary, which has been Purland's goal all along.

Limitations of traditional electromagnetic wave testers

From the perspective of EMF protection, the limitations of traditional electromagnetic wave testers are relatively easy to identify. Electromagnetic wave testers can identify the presence of electromagnetic fields. This is good and useful, but they perform poorly when it comes to the subtle variations in EMF modulation. Remember, modulation is the target, as merely blocking the operation of devices that produce EMF would be redundant.

EMF Protection Testing

Various forms of testing need to be evaluated for effectiveness in assessing the biological changes caused by EMF exposure, including:

  • Legitimacy - Facts outweigh perceptions; accurate data is a necessary condition for measuring biological impacts.
  • Placebo - Physiological effects of a person's beliefs and/or psychological narrative may manipulate the outcomes of experiments or interventions.
  • Invasiveness - Programs that induce pain or discomfort increase friction, leading to attrition of candidates who would otherwise participate in the study.
  • Cost - Testing needs to be relatively affordable to maximize data collection and enhance accessibility.
  • Real-time Feedback - Time gaps between obtaining biological samples (such as blood samples) and conducting tests leave a greater margin for error and lack real-time background knowledge within the organism.
  • Radiation - Tools like CT or PET involve radiation exposure, which is counterproductive and not as readily available for individuals sensitive to EMR as other methods.
  • Proximity - Given that mobile phones are one of the primary sources of EMF exposure, widely used, and often close to the head, it is necessary to specifically study brain activity. Common testing methods include:
  • Electroencephalogram (EEG) Testing - A neurophysiological test used to measure electrical activity in the brain; currently the gold standard.
  • Subjective Human Surveys and Feedback - Surveys and self-reported experiences can provide subjective qualitative insights into changes in health status, sleep quality, or overall health perception.
  • EMF Meter Readings - This traditional method is used to measure the strength and presence of electromagnetic fields.
  • Biomarker Analysis - These assess biomarkers such as cortisol levels, inflammatory markers, or oxidative stress, usually through blood or saliva samples. Today, EEG testing has become the most reliable and comprehensive method.

Unlike traditional electromagnetic wave testers, EEG testing allows us to glimpse subtle differences in brain activity. The human brain operates through complex electrical activity, generating rhythmic patterns known as brainwaves. When exposed to EMF, these brainwaves may undergo perceptible changes, directly probing the physiological effects of electromagnetic influence on the central nervous system.

 

The working principle of EEG involves placing electrodes on the scalp to detect and record the electrical activity generated by neurons in the brain. Neurologists and researchers analyze the patterns and characteristics of these brainwaves to gain insights into brain function, diagnose certain neurological disorders, or evaluate responses to stimuli, including exposure to external factors such as electromagnetic fields (EMF).

When individuals are exposed to EMF, this external stimulus can modulate the natural electrical activity patterns of the brain. For different intensities and frequencies of EMF, noticeable changes may occur in the frequency, amplitude, or synchronization of brainwaves.

For example, exposure to high-frequency EMF, such as signals emitted by wireless devices, may induce changes in β brainwave activity associated with alertness and cognitive processing. Conversely, exposure to low-frequency EMF, such as signals from power lines, may affect α or θ brainwave patterns associated with relaxation and drowsiness.

By closely analyzing these EEG patterns before, during, and after EMF exposure, researchers can identify correlations between specific electromagnetic frequencies and their effects on brain electrical activity. This correlation provides valuable insights into how EMF affects our neurophysiological responses, offering a concrete and scientifically validated method for evaluating the effectiveness of EMF protection solutions.

Thus, EEG testing serves as a dynamic and precise means of revealing the subtle interactions between electromagnetic fields and the physiological responses of our brains, cementing its position as the gold standard in scientific validation within the EMF protection field.

Recognizing the limitations of traditional EMF readers, Aires Tech has adopted EEG as an advanced and comprehensive tool for measuring physiological responses to electromagnetic fields. Through extensive research and testing, we have utilized EEG to scientifically elucidate the effects of Quantum Resonance Effect Technology (QRET) on brainwave patterns. By conducting controlled studies and employing EEG analysis, Aires Tech not only demonstrates a commitment to transparency but also provides users with tangible scientific evidence regarding the positive impact of their EMF protection devices on the human body.

EEG stands as the gold standard in neurophysiological measurements, showcasing Aires Tech's ideology in ensuring credibility and reliability in pioneering solutions.