What is EMF Radiation?
Electromagnetic field (EMF) radiation is the result of the harmful and excessive output that comes from electromagnetic fields. EMFs are a combination of electric and magnetic waves. These powerful waves of electromagnetic energy can penetrate nearly all materials and substances, influencing all that is in range.
Living in our digital age, nearly every device emits these invisible EMF waves - causing us to live in a radiation-rich world.
We have fallen victim to this radiation without realizing it.
There are two types of electromagnetic fields, non-ionizing and ionizing. Ionizing refers to an intense frequency of electromagnetic waves that are already accepted as dangerous, such as X-rays. While non-ionizing electromagnetic fields refer to less intense frequency waves, such as ultraviolet (UV) and infrared (IR) frequencies. Non-ionizing radiation was initially thought to be harmless, but with continued research, the tune is changing. Although different in frequency, both types of EMFs can cause damage to your health.
There are two types of electromagnetic fields, non-ionizing and ionizing. Ionizing refers to an intense frequency of electromagnetic waves that are already accepted as dangerous, such as X-rays. While non-ionizing electromagnetic fields refer to less intense frequency waves, such as ultraviolet (UV) and infrared (IR) frequencies. Non-ionizing radiation was initially thought to be harmless, but with continued research, the tune is changing. Although different in frequency, both types of EMFs can cause damage to your health.
What Devices Emit EMF Radiation?
In 2015, European Commission Scientific Committee studied various devices that emitted electromagnetic fields (EMFs), particularly focusing on cell phones. Their findings showed that even extremely low frequencies (non-ionizing radiation) of electromagnetic fields show an increased risk of leukemia.
Radiation of EMFs may not be seen by the human eye, but the dangers and health risks are visible more than ever.
What's the EMF Damage?
Sometimes the immediate harm caused by electromagnetic fields may not be visible to the human eye, but the long-term effects are. The beginning of the EMF damage can simply be internal, through thermal effects, cellular stress, or oxidative stress.
Thermal Effects
Electromagnetic fields (EMFs) cause your body's tissues to absorb energy and heat up. This excessive heating and prolonged exposure to high levels of radiation result in major tissue damage.
Electromagnetic fields (EMFs) cause your body's tissues to absorb energy and heat up. This excessive heating and prolonged exposure to high levels of radiation result in major tissue damage.
Cellular Stress
Studies suggest that EMFs may induce cellular stress by affecting cellular signaling pathways, leading to changes in gene expression, cell proliferation, and cell death.
Studies suggest that EMFs may induce cellular stress by affecting cellular signaling pathways, leading to changes in gene expression, cell proliferation, and cell death.
Oxidative Stress
EMFs have been implicated in promoting oxidative stress, a condition of imbalance between the production of reactive oxygen species (ROS) and the body's ability to detoxify them. Oxidative stress can lead to damage to cellular components, including DNA, lipids, and proteins.
EMFs have been implicated in promoting oxidative stress, a condition of imbalance between the production of reactive oxygen species (ROS) and the body's ability to detoxify them. Oxidative stress can lead to damage to cellular components, including DNA, lipids, and proteins.
Studies Show...
EMFs raise many health concerns, leading researchers to conduct numerous studies and literature reviews. Neurological damage, reproductive health risks, electromagnetic hypersensitivity (EHS), and DNA damage are just a few of the many health problems caused by electromagnetic radiation exposure.
DNA & Brain Damage
- Findings showed EMF exposure can produce diverse neuropsychiatric effects, including depression.
- Electromagnetic fields emitted by smartphone and tablet use are more pronounced on children's heads which increases risk of brain damage.
- EMF exposure during pregnancy is associated with miscarriages and DNA damage. Expectant mothers who fell into the high-exposure group were three times as likely to miscarry.
- Exposure to electromagnetic fields, such as cellular phones, are absorbed by the brain and affect the activity of neurons, and temperature of molecules.
Electromagnetic Hypersensitivity (EHS)
- The World Health Organization has linked exposure to EMF radiation with harmful symptoms of electromagnetic hypersensitivity (EHS), such as fatigue, concentration difficulties, dizziness, nausea, and heart palpitations.
- The risk of exposure to EMFs through the use of hair dryers (vs. exposure to power and distribution lines) was the factor the most associated with self-reporting about hypersensitivity to EMFs.
- EHS symptoms, such as itchiness and headaches, are biologically plausible and occur following EMF exposure.
- As many as 33% of Americans are now experiencing EHS symptoms.
With numerous studies supporting the harmful effects of electromagnetic fields, there needs to be a way to protect ourselves from this radiation overload.
The EMF Solution for Everyone
Although the top solution to avoid the harmful overexposure to electromagnetic fields (EMFs) is to avoid all EMF-emitting devices, that is unrealistic. The best option for resisting this damaging radiation, while still using your appliances, is to protect you and your home with an EMF protective device.
Researchers have found that some EMF protective devices are a reliable source for precautionary measures to reduce exposure to electromagnetic fields (EMFs) emitted by electronic devices and wireless technology. EMF protection devices can stay in a neutral area, or even with you, to protect and reduce electromagnetic field exposure. This provides a sense of peace of mind, minimizes exposure, and decreases opportunity for tissue, DNA, and brain damage.
Are Traditional EMF Protection Methods the Solution?
In response to the widespread presence of electromagnetic fields (EMFs) in our digital world, numerous solutions have emerged to address the potential health concerns associated with EMF radiation exposure. Numerous EMF protection products available claim to work in one of these three ways: harmonization, faraday, and depolarization principles. However, it's important to note that some devices are not as effective as others.
Faraday Cages & Shielding
Named after the English scientist, Michael Faraday, a faraday cage is meant to create a radiation-proof space, so that no EMFs can penetrate. This is traditionally done by covering something in EMF-proof materials like copper, steel, nickel, and even silver. Faraday cages are effective but are rarely practical. For example, if you had a faraday laptop sleeve, the sleeve may reduce EMFs from penetrating your legs or lap, but every other part of your body is still exposed to EMF radiation, especially from the screen, which is where most radiation comes from. These faraday cages use a similar method as shielding devices.
The shielding method aims to block the exposure of EMFs. However, some shielding devices only block EMFs at specific frequencies, and similar to faraday cages, shielding requires a full enclosure for complete protection. So anything not covered by copper, steel, or nickel is at risk for EMF exposure.
The shielding method aims to block the exposure of EMFs. However, some shielding devices only block EMFs at specific frequencies, and similar to faraday cages, shielding requires a full enclosure for complete protection. So anything not covered by copper, steel, or nickel is at risk for EMF exposure.
Stickers & Pendants
Other solutions that have emerged are EMF protective stickers or wearable pendants. These products follow the principle of harmonization. You can wear the EMF protective pendant or place the sticker on your devices. The basic idea behind this EMF harmonization is that the sticker or pendant emits its own frequencies, which 'harmonizes' with the harmful EMF radiation.
Although great in theory, there are many issues surrounding this method of protection. One of the biggest is that these stickers and pendants cannot protect you from an overwhelming amount of EMF radiation. When tested, they frequently show a minimal 0.1% - 7% reduction in EMFs, which is better than nothing but not highly effective.
Although great in theory, there are many issues surrounding this method of protection. One of the biggest is that these stickers and pendants cannot protect you from an overwhelming amount of EMF radiation. When tested, they frequently show a minimal 0.1% - 7% reduction in EMFs, which is better than nothing but not highly effective.
Depolarization
Unlike these principles, depolarization is centered on decreasing the impact of EMF radiation by reducing our exposure. Rather than simply blocking EMFs, this method refracts electromagnetic waves, just as light refracts to make a rainbow.
Light is normally transmitted as a direct beam, but when it passes through a specific object, say a raindrop or a glass prism, it refracts, moving from a direct beam to diffused, unfocused light particles.
When this same depolarization occurs with EMFs, it transitions harmful man-made and unnatural EMF radiation into natural harmless EMF particles.
The Waveguard Solution
Qi EMF protection devices by Waveguard, follow this depolarization principle through proprietary engineering and amplification of the Qi solution, in each Qi device. The non-Newtonian fluid effectively depolarizes radiation to reduce your EMF exposure. When the energy of EMFs enters into areas protected by a Qi device, the fluid Qi solution, holds a semi-solid consistency which supports the electromagnetic waves to travel and disperse.
Although these particles can still transmit signals, they do it without the light speed power of a direct beam so you can enjoy your digital devices and appliances without health hazards of EMF radiation. When looking to reduce health risks from EMFs, the depolarization method, which is unique to Qi devices, is far more effective than harmonization devices and more practical than shielding options.
Although these particles can still transmit signals, they do it without the light speed power of a direct beam so you can enjoy your digital devices and appliances without health hazards of EMF radiation. When looking to reduce health risks from EMFs, the depolarization method, which is unique to Qi devices, is far more effective than harmonization devices and more practical than shielding options.
Benefits of Qi Devices
Enhanced focus and concentration
Improved sleep quality through maintained melatonin levels
Prevention of long-term health risks
Increased energy levels
Alleviation of electromagnetic hypersensitivity (EHS) symptoms
Support for overall well-being
