Science of Dhovana Water

SR No.: 006761
Original Sutra Author: N/A
Author: Jeoraj Jain
Publisher: Samyag Gyan Pracharak Mandal
Publication Year: 2012
Total Pages: 268
Language: English
Classification: Book_English
File Size: 13 MB

Page 255

oxygen component of air gets dissociated and forms anion (negatively charged atom) in the water. These anions (04), called radicals can move freely in the water. When they enter the human body with water, they react with various types of tissues and cells in different manners. It is estimated that more than 1,00,000 wounds are caused to body cells by such free radicals per day. These wounds are repaired by "antioxidants", which are mostly introduced through diet of vegetables and anti-oxidant supplements. Vitamin C & E, beta carotene, MV pills, Zinc, Magnesium and certain co-enzymes are considered to be very rich in anti-oxidants. Unrepaired cells cause ageing in human body. As such, it is preferred to take water with reduced amount of free radicals, like Dhovana-water or boiled water for drinking purpose. 8) Effect of Vibrations: The vibrations of sound and words have direct bearing on the water structure. Waves of emotions emanating from human bodies are found to affect the crystalline structure of frozen water in such a way, as if it understands, (from the waves), the meaning of our emotions, like anger etc., towards water. Polluted water or waves of anger and jealousy do not allow the formation of crystalline structures (Photographs by Dr. Masaru Emoto, Fig 1, page 197) 9) Transparency of Water: If the light falling on a body is reflected back fully, the body is termed as opaque. Light energy is made up of elctro-magnetic radiations. These are emitted as packets of photons, which act like waves. The energy of photon is related to its wavelength. Every material consists of minute particles like molecules, atoms and electrons. The electrons in a material exist at a certain energy level. It can be excited by 'photons' to a higher energy state. This can happen only if the energy of the photon is exactly the same as the energy required to raise the electron from one energy state to another. If this occurs, photons of this wavelength are absorbed. Due to absorption or reflection of photons the material becomes opaque to light. However, molecules in water are arranged in an irregular or amorphous pattern, which make it glassy. Incident photons on it are