Measurement of the difference in the Earth’s gravitational potentials with the help of a transportable quantum clock


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Abstract

The results of the Russia’s first ground-based experiment for determination of the difference in the Earth’s gravitational potentials on the basis of the measurement of the gravitational effect of the time delay with the help of a high-stability transportable atomic clock are provided. The reference atomic clock was placed in Moscow oblast, and a transportable quantum clock with an instability of 3 × 10–15 was placed in the Caucasus Mountains, with a difference in height of the clocks of 1804 m. The measured difference in the gravitational potentials between the positions of the two quantum clocks was (182.0 ± 3.1)102m2s-2 at a relative measurement error of no more than 1.7%.

About the authors

V. F. Fateev

All-Russia Research Institute for Physical, Technical, and Radiotechnical Measurements

Email: rybakov@vniiftri.ru
Russian Federation, Mendeleyevo, Moscow oblast

A. I. Zharikov

All-Russia Research Institute for Physical, Technical, and Radiotechnical Measurements

Email: rybakov@vniiftri.ru
Russian Federation, Mendeleyevo, Moscow oblast

V. P. Sysoev

All-Russia Research Institute for Physical, Technical, and Radiotechnical Measurements

Email: rybakov@vniiftri.ru
Russian Federation, Mendeleyevo, Moscow oblast

E. A. Rybakov

All-Russia Research Institute for Physical, Technical, and Radiotechnical Measurements

Author for correspondence.
Email: rybakov@vniiftri.ru
Russian Federation, Mendeleyevo, Moscow oblast

F. R. Smirnov

All-Russia Research Institute for Physical, Technical, and Radiotechnical Measurements

Email: rybakov@vniiftri.ru
Russian Federation, Mendeleyevo, Moscow oblast

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