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The Secrets of Whirling Water
Looking closely at a river or a stream you will notice that flowing water shows
a tendency to meander through the landscape. It does not simply run straight
ahead, but always looks for opportunities to build up little swirls and whirls instead.
Also watching a raindrop on the window, you will discover that it does not
just take the quickest, straightest way down, but meanders gently and in doing
so tries to form little swirls.These swirling movements are of utmost importance
to the quality of water. Why?
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Self-purification
Whirls in the water develop self purification
abilities in a natural way. Within
a swirl the long-chain molecular compounds
of dirt are extremely accelerated
and stretched, so that they fall
apart.Thus the water becomes clear
again. Free flowing water has a very
high potential of permanently cleansing
itself – a great design of nature.
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The second secret of whirling water lies
in the energy it builds up within the water.
This energy is absolutely essential to keep the water molecules moving. Being
differently charged, the water molecules (one atom of oxygen, two atoms of
hydrogen) behave like miniature magnets pushing each other apart at like poles,
attracting each other and connecting at the opposite poles. In order to detach
them, a counter agent is needed that is stronger than the magnetic cohesion. In
a natural water course this is created by the movement, especially by the force
within the whirls (Implosion).
In tap water this counter agent is largely absent, as the water cannot move freely
within the pipe and is very limited in creating any swirls. Therefore tap water
has a lower energy and reaction level than spring water. The energy level is also
poorer than that of our body’s water. In fact, our body needs to use energy in
order to adapt to it.
Erasing information
There is a third aspect, which is significant in the
meaning of whirling water. Within the swirl the cluster
molecules are dissolved. A simple experiment
demonstrates why this is so important: we take photographs
of ten snowflakes, each of them truly unique.
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Then we melt them independently. In the laboratory
we turn every drop into a snowflake again.The stunning
result: each snowflake can be clearly attributed
to its original flake pattern.
Now, what does this
mean?
Nothing less than this:
Water has got a memory
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