There are currently more and more electro-sensitive people. This may seem normal because of the increasing number of electromagnetic pollutions to which we are subjected. However, sensitivity is not part of our materialistic world, in which only performance and efficiency are valued.
Scientific studies carried out on animals have shown that some of them are endowed with a particular neuro-sensory faculty: electro-sensitivity. Thus, the Mississippi paddlefish (polyodon) and the axolotl (amphibian), a salamander from Mexico, but also many other animals show what is called "electroreception" or "electrosensitivity". It is a biological ability to perceive and feel electrical stimuli and certain electromagnetic waves. Sharks, rays, but also dolphins and bees are also proof of this.
This ability is provided by a particular sensory structure, the "ampullae of Lorenzini". These sensory organs placed in the protruding part of the head allow them to detect artificial electric (electromagnetic) fields or those emitted by living beings in movement like those of a prey or a possible predator. This provision is a real asset for hunting, but also for the defense and protection of the species.
Scientists have tried to find out if this ability, common to some aquatic and terrestrial vertebrates, was the result of an adaptation to a natural living environment or if it was a faculty inherited from a common ancestor. Two researchers, Willy Bemis, professor of ecology and evolutionary biology at Cornell University (USA), and Melinda Modrell, a neurobiologist at the University of Cambridge (UK), have joined forces. To answer this question, they compiled the results of 25 years of studies on the first two species mentioned. The first of the two species represents the lineage of origin of some 30,000 terrestrial vertebrates, the second represents the lineage of the so-called "ray-finned" fishes, which are also the origin of some 30,000 species. These two lineages are thus descended from a common lineage that split several hundred million years ago.
The results of their work (published in October 2011) highlight that the electroreceptors of all species develop in the same pattern and from the same embryonic skin tissue. This confirms that it is indeed a common ancestral system of perception.
One of the two species mentioned above is the common ancestor of all vertebrates, reptiles, birds and mammals (including man), but it seems that in the course of their evolutionary history, they have lost this ability to detect weak electric fields, as well as the sense organs related to it.
Should we be surprised then that some more sensitive humans are endowed with this 6th sense?
Since it is known that some people have exceptional abilities such as feeling or visualizing the energetic layers of the subtle bodies of humans or animals. Is this electro-sensitivity, which is still not taken seriously enough, not simply a vestige of this supposedly disappeared sensory faculty?
In our world over-saturated with electromagnetic pollution, this electro-sensitivity, currently qualified as pathological, poses enormous problems for those affected.
Why wouldn't this sensitivity be just natural?
What if it was the other humans who had become completely insensitive who were "out of the ordinary"?
Electrosensitive, protect yourself!
If you are one of the extremely sensitive people, consider that there are currently effective means of protection for the house or to be carried on your person. The paints and fabrics that protect against electromagnetic waves are very effective. There are also neutralizing plug systems that can be connected to your electrical circuit.
But if you are really sensitive, you can also wear minerals, such as Shungite stones or pebbles or orgonites, directly on yourself.
These protections allow to attenuate the impact of electromagnetic waves, to help to preserve the integrity and the harmony of the energetic layers, as well as to contribute to the functioning or the alignment of the endocrine glands (in direct link with the energy centers, the chakras) and the immune system.