地磁気サイクロトロン共振による水分子クラスタの増殖的活性化と生体効果

(磁気陽子工学への入り口)

抄録

A newly found phenomenon, in which the electric resistivity in a highly purified water gradually decreases through hours and days after application of a milli-gauss ac magnetic field in a short time, its mechanism model, and its wide application for various positive biological effects are summarized. A theoretical model for the mechanism based on the cyclotron resonance with the frequency f=qB_dc/2πm for each hydro-molecular cluster with the proton charge q and the cluster mass m of H₃O⁺(H₂O)_n under the terrestrial field B_dc well explains the gradual decreasing ratio of the resistivity for each cyclotron frequency forming a long range order proton transport path. The high temperature stability of a magnetized water resistivity may reflect the homeostasis. The phagocytic activity of neutrophils is remarkably elevated in a magnetized phosphate-buffered saline (PBS) solution. The milli-gauss, ULF magnetic field applied water will be a basic medium for the magneto-protonics.