Terrestrial timekeeping and general relativity - A discovery

Details Terrestrial timekeeping and general relativity - A discovery Terrestrial timekeeping and general relativity - A discovery

Apr 1975

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1975sci...188..317c&link_type=abstract

Science, vol. 188, Apr. 25, 1975, p. 317-328.

Physics

2

Atomic Clocks, Earth Rotation, Inertial Reference Systems, Relativity, Time Measurement, Gravitation Theory, Secular Variations, Space-Time Functions, Theoretical Physics, Timing Devices

Scientific paper

Developments regarding time scales and timekeeping devices are examined, taking into account a consideration of relativistic effects between various clock sites. In connection with the first two hypotheses of the special theory of relativity a third hypothesis arises. According to this hypothesis the inertial acceleration of a clock relative to an inertial frame has no influence on the rate of the clock. The results of an empirical test of the third hypothesis are presented. The results indicate that such inertial accelerations, uniquely and absolutely determined for each observer, will affect the observer's measurement of space and time.

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