Each of the Earth’s minerals has a crystalline form with a specific molecular arrangement. For example, diamonds are crystalline carbon (extreme pressure forces structural changes as molecules adjust to the pressure). Structural organization changes the characteristics of the substance; some of these changes are obvious—like the visible difference between carbon and diamonds.
Water, too, has a crystalline form—ice. Yet research reveals water has a second crystalline form – a liquid crystal. Although molecules remain mobile in liquid crystalline form, they tend to move together, like a school of fish. This is structured water—also referred to as organized water, hexagonal water, and liquid crystalline water. Liquid crystals are a unique phase of matter. Like solid crystals, the repeating pattern provides an efficient pathway for the smooth flow of energetic information. Liquid crystals store and transmit information just like solid crystals, yet they are flexible and many times more responsive.
Much of the water in a healthy human body is in a liquid crystalline/structured state. Many components of the body are also considered to be liquid crystals, including collagen and cell membranes. These tissues work cooperatively with structured water to create an informational network that reaches every cell. It is the liquid crystalline organization of the human body that accounts for the instantaneous transfer of signals and other biological information.
Healthy DNA is also surrounded by structured water; as water loses its crystalline structure (with age and disease), the integrity of DNA is often compromised. It is structured water that is responsible for the DNA’s stability and for the maintenance of a strong electromagnetic field around it. Youthful DNA, surrounded by liquid crystalline/structured water, has a much stronger electromagnetic field than DNA from elderly individuals.
Molecular structure
Water’s crystalline structure is based on tetrahedral geometry where oxygen atoms form the center of each tetrahedron. Under ideal circumstances, as water tetrahedra join together, a repeating hexagonal pattern emerges with oxygen atoms forming the vertices of each hexagon. This is the reason liquid crystalline water has also been referred to as hexagonal water.
Top: The tetrahedral molecular structure of water as viewed from the side.
