Authors: Daniele Sasso
The physico-mathematical model of force fields is based on the concept of continuity of space and it is represented by axes of the reference frame of the field whose continuity is defined by the existence of recurring decimal numbers and of irrational real numbers. Like for other fields quantum properties of gravitational field therefore have to be based on a quantization law like it happens for instance for electronic orbits inside the electrostatic field of atom. The purpose of this paper is to verify the possibility of defining a quantization law also for gravitational fields. Starting from these considerations then the author goes ahead with the calculation of relativistic errors of position and of synchronization delays relative to a system of measurement of position through satellite laboratory-stations in the gravitational field of second type.
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[v1] 2015-11-11 04:19:19
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