| 摘要 |
<p>The invention relates to communications technology, more specifically, to the transmission of information, especially over long and ultra-long distances. According to the invention, the transmission of information involves the creation of an information signal which is propagated by the creation and modification in the local region of space of a sum vector potential (Asum) equal to the sum of the vector potential (A) of the magnetic field and the cosmological vector potential (Ag); reception of the signal involves registering the physical effects associated with a region in space with a reduced value of the sum potential (Asum) referred to above and its modifications. Variations of the device ('Information transmission systems') comprise: a transmitter (5) with signal emitting elements (6, 17, 19) and modulators (7, 18, 19), whose magnetic field has a vector potential (1)(A) at an angle of between 90° and 270° to the cosmological vector potential (2)(Ag); and a receiver (9) with sensing elements in the form, in a first embodiment, of a container (10) housing a β-emitting radioactive substance and provided with a β decay sensor (11), said sensor being connected to a system which analyses the signal parameters of the signals originating from the sensor and emits an information signal. In a second embodiment, the sensing elements take the form of bodies (13, 23) which pass through the inner aperture of the ring of a superconducting quantum interferometer (14) which is connected to a system which analyses the signal parameters of the signals originating from the interferometer and emits an information signal.</p> |
