Radio-frequency (RF) radiation is constantly bombarding the cells and influencing brain waves. Of particular concern is extremely low frequency (ELF) waves, which have the potential to interfere with brain waves and make a person unknowingly enter a suggestive state of mind. Wi-Fi is a vector for social engineering, causing individuals to surrender their critical thinking to conform to official narratives and group think.

Keith Cutter, a well-known critic of modern wireless technology, has spent years exploring the darker side of Wi-Fi radiation. According to Cutter, Wi-Fi's impact is not limited to direct radiation exposure but also extends to more subtle and disturbing effects, including brainwave entrainment, cognitive disruption, and what he refers to as the "Wi-Fi memory effect" on body tissues.

The effect of radio frequency electromagnetic fields over time

Wi-Fi operates using radio-frequency electromagnetic fields, transmitting data via pulse-modulated RF radiation. While the technology itself may seem harmless — after all, most devices only emit relatively low levels of RF radiation — Cutter believes that the cumulative impact of this exposure over time is far from benign.

One of the primary concerns Cutter highlights is the effect of extremely low frequency (ELF) waves, which Wi-Fi broadcasts in addition to its higher frequency RF signals. ELF waves range from approximately 3 to 30 Hz, a frequency range that just so happens to overlap with the natural oscillation frequencies of the human brain. The brain's electrical activity is divided into different frequency bands, each associated with different states of consciousness and mental function:

Delta Waves (0.5-4Hz): Associated with deep sleep, healing, and relaxation

Theta Waves (4-8Hz): Linked to deep relaxation, meditation, and creativity

Alpha Waves (8-12Hz): Present during calm, relaxed states, such as daydreaming or light meditation

Beta Waves (13-30Hz): Associated with active thinking, concentration, and problem-solving

Gamma Waves (30-44Hz): Involved in higher cognitive functions like learning, memory, and sensory processing

Cutter is most concerned with 10Hz ELF pulses, emitted by Wi-Fi beacons. These beacons, which constantly pulse at this frequency, are essentially broadcasting a persistent signal to ensure devices remain connected. Cutter believes that the 10Hz pulse can have a profound effect on brain activity, particularly by inducing a phenomenon known as brainwave entrainment.