nnEMF
Non-native electromagnetic fields (nnEMF) include man-made sources such as electrical lines, radar, radio signals, and wireless devices. In contrast, the sun and the Earth's magnetic field are the only natural sources of electromagnetic fields.
Although electromagnetic fields (EMFs) are imperceptible to our five senses, their effects are very real. In the quantum realm, the principle “absence of evidence is not absence of effect” reminds us that unseen forces can still impact us (Reference 332).
You cannot see, taste, or smell EMFs, yet they are capable of disrupting mitochondrial function within your cells (Reference 38).
EMFs encompass a wide spectrum—from the electricity powering your home to microwave frequencies approaching those used in radar technology (Reference 99).
Today, most people possess between five and eight radiofrequency (RF) bidirectional microwave devices (Reference 26).
Assimilating higher power densities through increased use of the electromagnetic spectrum—such as 5G networks—may contribute to cognitive decline and defects in brain function (Reference 71).
The environment we inhabit profoundly influences our biology. To truly understand health, it is essential to consider the electromagnetic fields surrounding us. The effects on our biology are far greater than commonly recognized, largely because the quantum physics impacts of non-native electromagnetic fields (nnEMF) have been overlooked (Reference 75).
Blue light and non-native electromagnetic fields (nnEMF) contribute to dehydration; as dehydration occurs, oxygen levels in the body decrease (Reference 10).
Individuals who frequently use technology often find themselves drinking more fluids, a response to increased dehydration caused by exposure to these devices (Reference 20).
When surrounded by heavy technology use, dehydration can affect not only the user but also those nearby (Reference 38).
Exposure to non-native EMF typically leads to dehydration. Giving children devices such as phones, screens, or tablets exposes them to nnEMF—comparable to placing their head in a microwave oven, which dries out tissue much like microwaving a steak (Reference 1).
Blue light, radio frequencies, and microwaves act below our level of perception, altering cognitive function, brain metabolism, dopamine activity, neurotransmitter balance, and protein function (Reference 71).
Non-native electromagnetic fields (nnEMF) can cause hypoxia—reduced oxygen levels—in mitochondria (Reference 20).
A government-funded NPT toxicity study published on November 1, 2018, found that nocturnal mammals developed cancer after exposure to 1G and 2G cell phones. This research highlights that electro-pollution can lead to disease, and claims of insufficient data are unfounded (Reference 38).
Children who have not yet fully developed myelination are at greater risk from nnEMF exposure (Reference 73).
High levels of nnEMF exposure may diminish the benefits of autophagy (cellular recycling and repair) during sleep.
nnEMFs reduce the resting membrane potential of mitochondria, leading to mitochondrial dysfunction. As a result, mitochondria become less efficient at producing energy and water, and the movement of calcium within mitochondria—crucial for energy production—is altered (Reference 105).
Keeping Wi-Fi on at night, as well as exposure to nnEMFs from 3G, 4G, 5G, and Bluetooth, can disrupt calcium movement within cells and place additional stress on mitochondria, potentially affecting sleep quality (Reference 106).
A study published in OxJournal reached a troubling conclusion about the relationship between technology use and attention‑deficit hyperactivity disorder. The research “established an evident correlation between digital media use and the prevalence of ADHD in contemporary society. This applies for all age demographics, depending on the setting, such as being in school or in a workplace.” The study went on to warn, “The earlier we immerse our children’s underdeveloped minds in digital media, offering them instant fulfillment, the higher the likelihood that an attention‑deficit disorder will emerge as they mature.” (Reference 721)