Solid water, catalyst, health固体水，催化，健康.pptVIP

Solid water, catalyst, health Shui Yin Lo Quantum Health Research Institute, Pasadena, American University of Complementary Medicine, Beverly Hill Experimental set up:Dilution with pure water Four crucial factors: 1. Very pure water: Two sets of 18.2 M?: a large one, and a small one in the clean room 2. Class 100 clean room 3. Argon atmosphere: 0.9999 purity, and some critical place 0.99999 purity 4. Wash all containers, caps, tubes, etc What is clean? Determined by a laser counter that can measure N: N = total particles and clusters that are suspended in the water above 100 nm. For distilled water from supermarket N is 5000 to 10,000 We require cleanliness to be N 100, and sometimes 10 Picture of optical microscope on residues from evaporating 10 -3 M (mole/liter) NaCl solution. – crystal of sodium chloride x400 AFM of NaCl crystal from the residues of 10-3 M Na Cl solution(20μm scan) Possible 2nd order phase transition at ultra low dilution-analogy with iron Water molecule iron atom Electric dipole magnetic dipole Ordinary water:E=0 ordinary iron B=0 External E External B (Microscopic) (Macroscopic) From ions-nature Man made Stable water clusters Permanent magnet With permanent Dipole moment Difference in the formation of stable water clusters with permanent electric field and permanent magnet 1. Collision rate -- ion density temperature more collisions higher temperature 2. Phase transition occurs when Ion density is reduced temperature is lowered A phase transition is found to occur experimentally when the concentration of NaCl is diluted below about 10-4M. Ions are so far apart that dipole- dipole (i.e. water molecules-water molecules) interaction dominates. Sodium chloride will not be formed and stable water clusters are formed. Below is the optical microscope picture of residues from evaporating 10-7M NaCl, which is identified as stable water clusters (SWC). 40μm x 40μM AFM