Many modern physicists have acknowledged that the zero-point energy or ether must be incorporated into any complete description of electromagnetic phenomena. Today's physics shows that different particles interact and polarize the vacuum in different ways. This suggests that ions can have different radiation characteristics than do conduction electrons. Even though today's physics cannot yet give solutions to the nonlinear multibody problem, it nonetheless recognizes the possibility that such nonlinear systems can manifest self-organizing coherent states. Since the individual ions in a plasma can coherently oscillate together, and since each ion exhibits an intense vacuum polarization, the ion-acoustic mode of a plasma may induce and detect macroscopic vacuum polarization displacement currents. The work of Moray and Tesla seems to support this hypothesis. It is hoped that this discussion will encourage experimental investigation of ion-acoustic oscillations in a brush discharge corona, for this nonlinear quivering transducer75 may interact with coherent energetic modes in the zero-point sea.

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