On the possibility of transferring information with non-electromagnetic fields, the relation of spinning processes and encoding information and the hydrogen spin detector

This paper considers the similar physical actions of spinning electric fields and the information imprinted in special carriers. Both the spinning fields and the information have a common non-electromagnetic base, called torsion fields, associated with the fundamental phenomena of spinning [1]. In particular, it has been revealed that electric spinning affects the pH of water. Spinning fields which can be manifested in special crystal structures or events such as a full moon, show similar characteristics as the electromagnetic fields in some carriers of information. Spinning Electric Vector Analyzer, SEVA technology and differential pH metrics were employed for the experiments. Both approaches are credible for studying informational processes. The principle operation of the differential pH-meter is that it may function as a hydrogen spin detector.