Text: "The feasibility of a physical theory of ESP." A precise mechanism for ESP is proposed by the scalar electromagnetics view. The two cerebral hemispheres of the brain form a scalar interferometer, which can be utilized in either the transmit mode or the receive mode. Each hemisphere can to a limited degree construct a deliberate structuring of its internal synaptic firings, thus producing an "artificial electrostatic scalar potential" containing a deliberate vector substructure that is, or can be, sum-zeroed vectorially. Interference of two such artificial scalar potentials (zero-vectors with deliberate vector substructures) at a distance can interfere to produce resultant electromagnetic fields -- and hence energy -- at the distant interference zone or point, by the Bohm-Aharonov effect. If one part of the internal structuring of the artificial potentials in the hemispheres forms a "sum-zero" at lower potential than that of the distant interference zone, energy will flow from the distant interference zone and appear in the hemispheres, again by the Bohm-Aharonov effect. Note that there is no "flow of energy" as such through space between the distant interference zone and the interferometer. The spatiotemporal connection is totally by means of potentials. Also note that the electrostatic scalar potential is not bounded by the speed of light, but simply appears everywhere at once with a finite value. In the scalar electromagnetics view, the electrostatic scalar potential is a spatiotemporal stress, not just a spatial stress as modeled in conventional theory. Thus a change in potential instantly appears everywhere in four-space, including past and future, with a finite value. This then provides a straightforward physical mechanism for the phenomena of classical parapsychology. In J. R. Smythies, Science and ESP. London: Routledge and Kegan Paul, 1971. p. 230-254.

See Also: biological communications, scalar electromagnetics, energetics, biological scalar interferometry, foundations of biophysics, parapsychology.

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