| 摘要 |
In the case of the method for economical production, detection and utilisation of S gravitinos in accordance with the expanded S transformation, the new nature effect is used, as in the case of the main application, in that, namely, when it strikes a positive anode, an electron emits its particle weight there as heat (in a known manner), its energy weight Ej as a photon, and its charge as an anode current, in that, however, in addition the electron mass is to be understood as a gravitative energy quantum, to be precise as a "quark" of the electron but the charge as its "gluon", which latter bonds to (form) the stable particle mass at rest and when the quark is moving. In consequence, the new effect had the result that, when the charge is lost, that is to say when the gluon is lost, the stability of the mass is likewise lost and it diffuses as a gravitative quantum, specifically that it produces annihilation radiation in accordance with the Einstein's law Eg = gravitative quantum = m x c<2>; where m = the electron quiescent mass. The "quark quantum" which is produced as a gravitative quantum and is emitted at the speed of light can generally be called a gravitino or, better, an electrino when it comes from the electron, or as a positrino when it comes from the positron. Electrinos are obtained by accelerating electrons to a positive anode. Positrinos are obtained by accelerating protons to a negative anode. This is because, in this case, the proton loses its positron charge at the anode and the positron mass becomes a quark or quantum. In both events, the quantum has the ... Original abstract incomplete.
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