By Boresi A.P., Schmidt R.J.

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The clocks at different points in the reference frame all work at the same speed or the clocks at different points work at different 48 2. Kinematics of a Point and Rigid Body speeds. Both these results, which were fictitious in principle, have experimentally been shown to be possible. For example, let us consider an intra-atomic process as a standard process (clocks) since it is independent of pressure, temperature effects, etc. We shall try to verify whether the process occurs at the same speed using the method described above.

The duration of a physical process at a point is measured by means of clock located at the same point. The measurement of a duration of time boils down to the determination of the beginning and end of the measuring process on the scale of another process which is taken as the standard. This is done by reading the clock at the beginning and end of the process, although it is not related in any way to the location of the clock (process) at the point where measurements are made. The results of measurements enable us to compare the durations of processes at different points under the condition that each process occurs at the same point from beginning to end.

Then light was considered a signal carrier that has a finite velocity of propagation. So now when clocks are synchronized using a light signal, the formula t = to + sic is involved, where c is the velocity of light. When the synchronization is achieved using a signal that propagates at a constant velocity v, we must know the value of v and whether it is indeed constant. In particular, this question was also posed for the velocity of light. Investigations were carried out to find whether the velocity of light depends on the direction of propagation, the velocity of the light source, the velocity of the receiver or other physical factors.