Method and device for producing and using 0.5 MeV S-photons and 0.5 MeV S-gravitinos

摘要

A description is given of a method and device with which and on which the older invention by the author, namely the production of 0.5 MeV photons by collision of artificial protons with electrons, the electron being annihilated to give a 0.5 MeV photon, but the photon being unannihilated and reacting further, is replaced and, in a cheap way again, positrons in collision with electrons are both annihilated and each deliver an energy quantum of 0.5 MeV. For this purpose, in a common vacuum, electrons are produced from one thermionic cathode and positrons from a second, and the two are directed so that they collide with each other and together deliver twice 0.5 MeV = 1.0 MeV, the energy of the two photons, namely the positron photon and the electron photon. The method can be used for medical and technological X-ray diagnosis and preferably for heat generation in the red-shift reactor, but also for many other purposes. In this way, when used for power generation through heat recovery in the interaction of 0.5 MeV photons and 0.5 MeV gravitons, using positrino photons from the accelerators and positron sources shown in the figures, the scale necessary for the required power is not yet unlimited, and, for high powers, further developments and inventions may still be necessary in this respect.