Natural vs. Artificial Radiation: The Crucial Difference

Electromagnetic fields (EMFs) are ubiquitous in our environment and are not harmful in themselves. Since the dawn of humanity and the Earth, all living beings—including humans—have evolved amidst natural electromagnetic fields, which are essential for life. The human body uses electrical impulses for fundamental biological processes such as nerve activity, heartbeat, and muscle function. Therefore, medical tests such as electrocardiograms and electroencephalograms are used to analyze the body's electrical activity.

There are two main types of EMFs: 

1. Natural electromagnetic fields:
   These are created by natural phenomena such as thunderstorms or the Earth's magnetic field. They help migratory birds navigate, among other things. Plants, animals, and humans also emit natural electromagnetic fields. These contribute to ecological balance and the evolution of species.

2. Artificial electromagnetic fields:
   These are generated by human technologies such as electronic devices, wireless networks, cell towers, and power lines. They are increasing in number due to ongoing technological development.

The main difference between natural and artificial EMFs lies in their polarization . Studies show that artificial EMFs are forcibly polarized, which can cause abnormal vibrations in charged molecules in the human body. This can lead to biological effects such as DNA damage, cell death, and even cancer.

Although artificial EMFs are usually lower in intensity than natural ones (for example, solar radiation is much stronger than that of a mobile phone), it is their unnatural polarization that can be harmful. They force molecules to vibrate in an unnatural way, which can cause disruptions in the body.

In short: natural EMFs support life, while artificial EMFs—if not properly managed—can cause harmful effects. At Noxtak , we develop solutions to naturally repolarize artificial EMFs, making technology safer and more friendly to both people and the environment.