Ultrahigh accuracy time synchronization technique operation on the Moon
V.G. Gurzadyan, A.T. Margaryan
TL;DR
This paper proposes an ultrahigh accuracy time synchronization method using optical frequency combs and GHZ radio frequency spiral scanning deflectors, intended for lunar deployment to test fundamental physics principles.
Contribution
It introduces a novel synchronization technique combining optical frequency combs and GHZ RF deflectors for lunar applications, enabling high-precision tests of physical laws.
Findings
Potential to achieve ultrahigh accuracy synchronization on the Moon
Comparison with Earth-based devices to test physical principles
Advancement in lunar timekeeping technology
Abstract
Ultrahigh accuracy time synchronization technique based on the optical frequency comb and the GHZ radio frequency spiral scanning deflector is suggested to install on the Moon during the ARTEMIS mission. The comparison with the parameters of an analogous device operated in the Earth gravity will enable the testing to high accuracy fundamental physical principles.
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