Cows and sheep that listen to Bach or Mozart have better lactation.
Infrasound and ultrasound therapies are no longer debated and are commonly used by physiotherapists.
Hylos therapeutic sounds (which are neither infrasound or ultrasound) have relaxing properties thanks to the Nogier frequencies, among others.
WHY SOUNDS INAUDIBLE BY THE HUMAN EAR ?
Hylos sounds are not melodies to listen to, their mode of action is different. Although the human ear does not perceive them, they remain sounds (20-20000Hz) whose volume has been lowered.
The fact that they are very weak and transmitted directly into the body makes them much more effective, as they address the most subtle aspects of us.
Let's make the analogy with electrotherapy: the current used is in the order of milli-amperes, almost imperceptible by the body. A strong electric current would provoke a reflex reaction of defense. Similarly, the low intensity of Hylos sounds allows them to circulate without resistance.
THE BODY'S WATER, THE VECTOR OF SOUND WAVES
Water makes up about 65% of the total weight of an adult. It is through water, which is present everywhere in the body, that the vibrations of Hylos penetrate into the cells, where they need to go to do their work of relaxation...
"The water network: a forgotten communication system"
Biology textbooks teach us that there are three intercellular communication systems in the body; the nervous system, the immune system and the endocrine system. However, there is a fourth system, the oldest, the fastest... and the least known, which presents a simultaneous communication capacity of all our cells, thanks to the characteristics of the water in our body. We will call it the water network?
This network is ubiquitous in the body because water permeates all our cells and tissues.
There are also four tissues: epithelial tissue, muscle tissue, nervous tissue and connective tissue.
We will use the latter as an example to talk about the water network because it is the most abundant and widespread of the tissues (it is present in almost all organs) and, moreover, it is the one that is most often forgotten in histology.
This connective tissue, which includes mesenchyma (support tissue), muscle tissue, cartilage, bone and blood, is made up of cells separated by an extracellular matrix, unlike the epithelium where the cells are joined.
This matrix, which is very abundant compared to other tissues, contains large fibers (collagen and elastin) and the fundamental substance composed of hyaluronic acid, to which are attached molecules of proteoglycans composed of proteins and very hydrophilic polysaccharides that capture a large number of water molecules (30 to 50 times their own weight), to give the connective tissue the consistency of a gel.
This water exists in two forms :
- water bound to the proteoglycan fibers and which, arranged in crystals, has a supporting and informative role;
- free water which allows the biochemical reactions necessary for tissue life.
Effervesciences magazine, n° 23, 2002. Quoted by Yann Olivaux in his book « La nature de l’EAU »