Memory features of water cyclically treated with magnetic field

This paper aims to study the properties of cyclically treated pure water in magnetic fields and its comparison with pure untreated water.

The magnetic treatment was carried out using a static permanent magnetic field and alternating electromagnetic field. We have measured the magnetic effect on the rising level of the water in capillary tubes and the relaxation time for restoration after removing the magnetic field. The dependence on the magnetic field intensity and on the cyclical time treatments was investigated and discussed. The results of magnetization by static field and electromagnetic field were compared and discussed. It is well known that the clustering structure of hydrogen-bonded chains and polarization effects of water molecules are enhanced after magnetization. Therefore, each experimental series was followed by a “memory” test, the results of which enabled us to have some insights into the molecular and hydrogen bonds of water.

It was found that water remembers and keeps the impact of its passing through a magnetic field for several hours and also that many mechanical features were changed under cyclical treatment of a magnetic field.