Water – Ice Crystal – Testing
according to the method of
Dr. Masaru Emoto

Water is as it seems, more than
just the sum of its ingredients.

Water has the unique property of reacting to any external influence (vibrations). Based on the dipole character of water (charge differences/poles within an H2O molecule), billions of very short-lived connections are formed between water molecules every second. This special property is perhaps the main reason why so many anomalies (irregularities compared to other chemical substances) are found in water.

The Hado Life water laboratory has been studying the form-giving properties of water for many years. Information can also be described as vibration. Information, in turn, literally means ‘in-formation’. It is interesting to note that water forms shapes regardless of the type of vibration it is exposed to (e.g. physical or electromagnetic), whether on a macroscopic level, such as a wave, or on a microscopic level.

In recent years, Hado Life has examined over 2,000 water samples microscopically for their formgiving properties. With the help of water ice crystal photography, it is possible to reflect the form-giving properties of water.

Water ice crystal photography is a method developed by Dr Emoto for examining frozen water samples at 200x magnification under a bright field light microscope. In some waters, a single snowflake (approx. 0.3 mm in diameter) appears at the tip of the sample, which, similar to a tuning fork, reflects the vibrational qualities of the water. It is interesting to note that good and, above all, natural waters are characterised by particularly beautiful and harmonic shapes.

However, the examination method described here is not generally recognised by science. This is primarily because this examination method cannot be repeated objectively (independently of the observer). However, this confirms that water reacts to everything. This includes the person examining it. Furthermore, it is impossible to ever obtain the same water ice crystal twice. This is because water reacts to any vibration, which changes continuously.