Water is a polar molecule which means that one side of the molecule is more positively charged
while the other side is more negatively charged. The result of this charge differential is
an attraction between molecules making water a much more complex substance than mainstream
science (Quantum Physics, etc.) has ever given it credit for! It is this attractive force
between water molecules which causes water to form droplets rather than a molecular mist.
These attractive forces also result in clusters of water molecules in nature which are very
sensitive to environmental conditions. In nature, if we observe water closely we see
(as it does flowing down a drain) it move in circular paths in order to maintain a high
energy or frequency state. Molecular spin is an important factor when considering the polar
attraction between water molecules; it makes common sense that faster molecular spin will
decrease this molecular attraction and consistent or resonant
molecular spin may have an ordering or structuring effect.
Municipal water systems utilize straight pipes which carry water long distances under high
pressures dampening the molecular spin of water causing much larger clusters of molecules locking
up the hydration power of water! This can be measured as surface tension.
Natural spring water is considered "living water" due to the high frequency molecular
spin and the vibrancy of nature.