Fig 1 - Testing Lorentz violation by the comparison of atomic clocks

Fig. 1. Two kinds of clock-comparison experiments. (a) The comparison of light clocks: it is similar to a Michelson interferometer with each arm length L 0 , where each interference arm can be considered as a light clock. (b) The comparison of atomic clocks: two atomic clocks are located in different places.

Two kinds of clock-comparison experiments. (a) The comparison of light clocks: it is similar to a Michelson interferometer with each arm length L 0 , where each interference arm can be considered as a light clock. (b) The comparison of atomic clocks: two atomic clocks are located in different places.

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Reference

Testing Lorentz violation by the comparison of atomic clocks - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/Two-kinds-of-clock-comparison-experiments-a-The-comparison-of-light-clocks-it-is_fig1_334249043 [accessed 26 Mar 2025]

Caption

Fig. 1. Two kinds of clock-comparison experiments. (a) The comparison of light clocks: it is similar to a Michelson interferometer with each arm length L 0 , where each interference arm can be considered as a light clock. (b) The comparison of atomic clocks: two atomic clocks are located in different places.

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<a href="https://www.researchgate.net/figure/Two-kinds-of-clock-comparison-experiments-a-The-comparison-of-light-clocks-it-is_fig1_334249043"><img src="https://www.researchgate.net/publication/334249043/figure/fig1/AS:777149619392517@1562298316421/Two-kinds-of-clock-comparison-experiments-a-The-comparison-of-light-clocks-it-is.png" alt="Two kinds of clock-comparison experiments. (a) The comparison of light clocks: it is similar to a Michelson interferometer with each arm length L 0 , where each interference arm can be considered as a light clock. (b) The comparison of atomic clocks: two atomic clocks are located in different places."/></a>