When asked about the "structure" of water, most people immediately think of the chemical formula H2O. But it also depends on how the individual water molecules are connected to one another. So-called hexagonal water consists mainly of clusters of six molecules each, which - as the name suggests - are arranged in a hexagonal shape. This structure is familiar from snowflakes and ice crystals, which Masaru Emoto often photographs. When frozen, water is always hexagonal. Hexagonal structures in liquid water, on the other hand, are lost as the temperature increases. Pollutants in water or sewage treatment plants also have a negative effect on the natural cluster formation of water.
Where does hexagonal water come from?
Hexagonal water clusters are found in melting snow or glacier water. They can also be found in some natural healing springs, deep wells and pristine streams. Hexagonal water was often referred to as "holy water" by religious people.
In fact, it is not entirely correct to strictly separate hexagonal and "disordered" water: Hexagonal molecule clusters are found in practically every body of water - but in extremely different concentrations. Ordinary tap water, for example, consists mainly of clusters of twelve to twenty H20O molecules. When we talk about hexagonal water, we generally mean water in which we can mainly find six-molecule formations.
Does hexagonal water have an effect on the organism?
Water is the proverbial "source of all life" and is indispensable for metabolism. In order to replenish our water balance, it is important to drink enough every day. But that is not enough - in order for the water to be usable for our organism, it must first be absorbed by the cells.
Here hexagonal water seems to have a clear advantage: the smaller the molecule clusters in the liquid are, the better they might be able to penetrate human cells. Ultimately, cells only absorb individual water molecules through the cell channels (aquaporins). However, it seems easier to break down hexagonal structures into individual water molecules than the much larger structures of tap water. The water, which is characterized by hexagonal structures, is absorbed by the body much more quickly than tap or conventional mineral water.
Benefits for humans
We can literally experience first hand how quickly hexagonal water is transferred into the cells: if you drink two or three glasses in a row, you will notice that you practically don't feel full - the stomach lets the water slide over the food pulp via the "small gastric street" into the duodenum, where it can be used immediately for its primary purposes in the small intestine. Hydration is always better when it is done quickly, because thirst is an alarm signal from the body.
In the race for the fastest type of hydrogenation, hexagonal water from nature has a serious competitor: the electrolytic water ionizer. Also ionized water contains significantly more hexagonal structures in the short term than the tap water from which it was obtained. This is a result of the turbulence during electrolysis and can be clearly shown using the magnetic resonance frequency. Due to the faster absorption and better mobility in the body, hexagonal water from a water ionizer can also have a positive effect on various metabolic processes. Indirectly, this can be described as a "cleansing" effect, since unwanted metabolic byproducts are removed more efficiently with rapid and good hydration.
Make hexagonal water in your own home
Understandably, few of us have full access to a deep well or live next to a melting glacier or a waterfall where you can get hexagonal water delivered directly from nature. Even without much technical effort, it is possible to replicate nature's swirling processes with a simple Water whirlwind to imitate and thus increase the proportion of hexagonal water clusters. In this way, you can produce wholesome and healthy drinking water right at home without much effort.
