Critic approach to space-time theory and solution of the relativity in accordance with classic paradigms of relativistic nature
By Antonio Ruggeri 2009
Beitrag aus dem GOM-Projekt: 2394 weitere kritische Veröffentlichungen
zur Ergänzung der Dokumentation Textversion 1.2 – 2004, Kapitel 4.
Critic approach to space-time theory and solution of the relativity in accordance with classic paradigms of relativistic nature: [datiert: 12.1.09] / Antonio Ruggeri.
In: The General science journal. 2009 – 9 S. = http://wbabin.net/physics/ruggeri19.pdf
From the configurations including the gravitational phenomena permitting the observation of the Precession to configurations deducted through observations of objects (systems) that do not exchange gravitational interaction. The present paper was prepared having in mind that the reader would be knowledgeable of the fundaments of the Global Positioning System (GPS), but in order to make the paper accessible to readers with a minimum of basic background the following introduction has been added.
How the GPS is prepared from start The GPS has emerged as a system capable to determine a precise real time map of the whole Earth and of tracing the position of a transmitter-receiver device through three-dimensional triangulation enacted in space by a number of satellites covering the point where the transmitter/receiver is present.
Note: I advice the reader to consult the Web where can be found abundance of descriptions of the GPS, here I limit myself to supply the bare essential information in the context of a simplified paradigm.
The GPS consists of a fleet of satellites placed in orbital movement allowing them to cover a large section of the Earth at any given time, under the condition that four of them also are present at any given time over the area on Earth where the point investigated is positioned.
These satellites are launched from Earth, each endowed of a clock which can resolve signals received and sent, to the precision of 1ns and synchronized on Earth with a clock of reference (for the whole system) also capable to transmit and receive at the same capacity of resolution, all clocks measuring the time with a precision of +/- 1ns/day.
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