Excerpts from the Water Puzzle

Dr. Mu Shik Jhon has taken 40 years of research and condensed it into a simple book that will help you to understand why Hexagonal Water is so important.

Excerpts from "The Water Puzzle and the Hexagonal Key" by Dr. Mu Shik Jhon

Chapter 2 The Pieces of the Water Puzzle

“Water is indeed a puzzle with many properties that defy explanation. For example: Most students know that water freezes at 0° C and boils at 100° C, however if water were to follow the pattern of the other liquids in its class, it would boil at -60° C and freeze at -90° C – a huge discrepancy.”



“Most substances contract (increase in density) as the temperature falls. Water is different. Its density reaches a maximum at 4° C. just above freezing. After that, it begins to expand as it freezes. Although this is highly unusual, it is the reason that ice floats rather than sinking to the bottom of a body of water.

Water’s unusual changes in density were some of our first indicators that water had a unique structure.”



“Water has an unusually large heat capacity (the largest known), allowing it to absorb a considerable amount of heat with a minimal change in temperature. This is of great significance for biological organisms. It means that the human body can resist temperature changes even when environmental temperatures are extreme.”



“An intriguing quality about water, and one that has only recently begun to be explored, is that it has the ability to “remember.” Water will hold the frequency or vibration of a substance which has been placed in it – even after the substance has been removed. In other words, there is a lasting effect when water is influenced with any form of energy and it has the ability to carry this energy for prolonged periods of time.”



“There are dozens of “abnormalities” surrounding the properties of water. One thing is quite certain - water could not exhibit so many unusual characteristics unless it had unique structural qualities. The abnormalities of water are our best clue to understanding its unique structure…”





Chapter 3 The Specific Structure of Water

“In the world of water, there is no place for the loner - single molecules do not last long in a fast-paced dance where small groupings predominate. The single H2O molecule is a rare occurrence and is quickly snapped up by new partners that change every 100 billionths of a second. In other words, water is an interconnected, mass of predominantly five and six-membered units, forming a unique lattice that gives water many of its unusual qualities.”



“Temperature is one of the factors that determines whether water combines to form hexagonal or pentagonal groups. When bulk water is examined to measure the proportion of hexagonally-shaped structures, temperature makes a big difference. At 10° C., 22% of water is hexagonally-shaped. However, at the freezing point (0° C.) 26% of water is hexagonally-shaped. And, somewhere between -30° and -40° C, water reaches the super-cooled state where it is 100% hexagonally-structured.”



“…the key to the unusual characteristics of water was found in its structure. Accordingly, the molecular weight of water – (H2O)2 - generally accepted to be 18, ought to be calculated based on a combination of pentagonal and hexagonal groups which predominate in bulk water. In other words, water is comprised of different percentages of (H20)5 (molecular weight, 90) and (H20)6 (molecular weight, 108), depending on temperature. Using these revised molecular weights and an understanding of water structure, the unusual characteristics of water can be mathematically explained.”



“…the specific heat of Hexagonal Water is higher than that of pentagonal water. What this means is that Hexagonal Water has a greater capacity to perform work – to expel wastes, to absorb temperature changes and to protect against various other energetic influences.”



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Coming tomorrow...more excerpts from the book!