Advanced Satellite-Based Frequency Transfer at the 10−16 Level

M Fujieda, SH Yang, T Gotoh… - IEEE transactions on …, 2018 - ieeexplore.ieee.org
M Fujieda, SH Yang, T Gotoh, SW Hwang, H Hachisu, H Kim, YK Lee, R Tabuchi, T Ido…
IEEE transactions on ultrasonics, ferroelectrics, and frequency …, 2018ieeexplore.ieee.org
Advanced satellite-based frequency transfers by two-way carrier-phase (TWCP) and integer
precise point positioning have been performed between the National Institute of Information
and Communications Technology and Korea Research Institute of Standards and Science.
We confirm that the disagreement between them is less than 1× 10-16 at an averaging time
of several days. In addition, an overseas frequency ratio measurement of Sr and Yb optical
lattice clocks was directly performed by TWCP. We achieved an uncertainty at the mid-10-16 …
Advanced satellite-based frequency transfers by two-way carrier-phase (TWCP) and integer precise point positioning have been performed between the National Institute of Information and Communications Technology and Korea Research Institute of Standards and Science. We confirm that the disagreement between them is less than 1×10 -16 at an averaging time of several days. In addition, an overseas frequency ratio measurement of Sr and Yb optical lattice clocks was directly performed by TWCP. We achieved an uncertainty at the mid-10 -16 level after a total measurement time of 12 h. The frequency ratio was consistent with the recently reported values within the uncertainty.
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