Our homes and workplaces are significant sources of exposure to various electromagnetic fields (EMFs), including those from electrical wiring, appliances, wireless devices, and nearby cell towers. The increasing reliance on technology, particularly wireless communication, contributes to a complex "soup" of EMFs that we encounter daily, at home and in our vehicles. Understanding the types and sources of EMFs in our environment is crucial for mitigating potential health impacts.

Dirty electricity, referring to high frequency voltage surges on electrical lines, poses a potential health hazard. Caused by modern devices that manipulate electrical currents, it's linked to various ailments including cancer, diabetes, and neurological disorders. While complete avoidance is impractical, mitigating exposure involves using specialized filters and devices that produce beneficial scalar fields to counteract the detrimental effects of these pervasive, high frequency transients.

Smart meters, while touted for their ability to monitor energy usage, pose significant health, safety, and privacy risks. These meters emit potentially harmful pulsed radiofrequency radiation, generate dirty electricity through communication with home appliances, and have been linked to health issues like headaches, insomnia, and heart arrhythmias. Additionally, concerns exist regarding their potential to cause fires, vulnerability to hacking, and ability to be remotely controlled by utility companies, raising questions about their overall safety and intrusion into consumer privacy.

Cell towers, integral to modern technology, facilitate wireless communication between devices and network cores. They come in various forms, including lattice, guyed, monopole, and stealth towers, each serving specific coverage areas and capacities. Data transmission occurs through antennas mounted on these towers, with each mobile carrier operating within its designated frequency band. The type of antenna used, such as panel, parabolic, omnidirectional, or small cell antennas, depends on factors like location, coverage range, and data transmission requirements. Understanding these components helps individuals recognize potential EMF exposure sources and take appropriate precautions.

5G finally seems to be in full swing, whether we like it or not, and we are all adjusting in our own way.  Coping with this new technological element will look different for each of us.  Many of us are choosing to stay in the cities and fight to bring awareness of the dangers of EMFs and 5G, or even to affect change in local legislation to prevent new cell towers from being built.  Many others, especially the more sensitive ones, are moving further and further from the cities into rural areas to seek out a personal sanctuary from the...

Let’s talk about all the wonderful appliances we use to cook our food!  Did you know there are some cooking methods that pose little to no threat to our health and the quality of our food, while others literally derange the molecules and destroy nutrients in your food, all while exposing you and your family to harmful levels of radiation?

There are many frequencies and frequency patterns that are constantly playing in the background within the atmosphere where all creatures live out their lives on this planet we call Earth. One of the most important groups of frequencies that play in the background of our lives constantly are called the Schumann resonances.

Do you know if 5G service is in your neighborhood yet, and if the antennas and repeaters are close enough to your home and workplace to potentially affect your health?

The fifth generation technology standard for broadband cellular networks, commonly called 5G, is on a lot of people’s minds these days.  With this article, we intend to explain 5G in as much detail as possible, how it’s different, the proposed uses for the technology and the way that many imagine it will change society, the potential downsides and negative consequences of its implementation, the current studies that point towards damaging health effects of extremely high frequencies, and what you can do to protect yourself.

The electromagnetic spectrum is a description and categorization of the many variations of electromagnetic radiation, and organizes these variations by their frequency, wavelength, sources that generate them, and their practical uses. Electromagnetic radiation is created anytime that an electric field (produced by charged particles such as electrons and protons) consistently oscillates (moves back and forth), which automatically generates a magnetic field. This occurs the other way around, also, as an oscillating magnetic field will create a corresponding electric field. This electromagnetic radiation moves directionally as waves that radiate outwards and have various lengths, and the length of the waves (wavelength)...