METHOD FOR THE REMOTE TRANSMISSION OF AN ENERGY INFORMATION SIGNAL FROM ANIMATE AND INANIMATE OBJECTS AND ENERGY INFORMATION SIGNAL CONVERTER

摘要

The method ensures that the energy information signals are transmitted to a first intermediate vector, then information is transmitted to an input section of a receptor, and signals are obtained at a receiving side of the receptor by transmitting the signals to a second intermediate (the last) vector, so as to apply the signals to any economic fields. As for the remote transmission of an energy information signal from animate and inanimate objects, energy information signals from an original object pass through at least one crystal between two polarizers and are converted into an information wave beam and turned into coherent state, the converted signals are recorded onto the first intermediate vector, enter into a transceiver and are transmitted together with electromagnetic wave signals on cable and wireless communication networks (lines), signals received are then recorded on the second vector, and specific energy information signals of the original object are read from the received signals. The specific energy information signals of the original object are read from the second vector by a biophysical apparatus from a BRT or VRT group. The converter comprises a contactor (1), shell (container) (2) used for superweak energy information signals to act on the object, an upper base (3), a first pillar (4), a sheet support (5), an upper polarizer (6), a quartz sheet (7), a quartz support (8), a second sheet support (9), a second pillar (10), an adjustment handle (11), a lower polarizer (12), a ring beam (13) of the sheet support, a lower base (14), a third pillar (15), a damper (16) and a platform for the source of the energy information signal. High-efficiency transmission of the energy information signals in a certain distance is ensured and the technology is simplified. When the invention is applied to medical science, the process time is shortened, and functional capabilities for diagnoses of various symptoms and determination of promising treatment directions are expanded.