Magnetism affects water in odd ways. But south pole magnetism causes water to become slightly alkaline, while a north pole shifts pH a tad acid. Why they can affect us and how good health can help prevent the bad effects of mild EMF exposures Dismissed as mere oxygen and hydrogen, water is far from trite. Water sticks to itself due to weak electric attraction between hydrogen and oxygen in adjacent water molecules. These hydrogen bonds hold water together to create surface tension to allow it to form a sphere, the shape with the least surface area.
Magnetism affects water in odd ways.
But south pole magnetism causes water to become slightly alkaline, while a north pole shifts pH a tad acid. This subtle shift is critical in biological systems such as cell membranes. In 1941 Nobel Prize winning physicist Albert Szent-Gyorgyi said biological proteins are sufficiently organized to function as crystal lattice, and predicted semiconduction in living tissue. When he said this, solid state electronics was a lab curiosity, so he was ignored by the few biologists who studied bioelectricity. It was four decades before advanced knowledge from solid state physics was introduced into biology.