Fig. 3.
Decomposition of $\Delta z_{\rm 1PN.0PM}$ into two components. The top panel is for the theoretically expected time evolution of the sum of the third and fourth terms in equation (14) [$\Delta v_{\rm S}^2/(2c)+GM_{\rm SgrA}/(cr_{\rm S})$]. The bottom panel is for the theoretically expected time evolution of the sum of the first and second terms in equation (14) (noted as $\Delta$LSV in the panel). Both panels are drown with the case of GRAVITY collaboration with $N=10$. Dots on the curves denote the pericenter passage of S0-2 estimated by the 1PN$\, +\,$0PM approximation.

Decomposition of |$\Delta z_{\rm 1PN.0PM}$| into two components. The top panel is for the theoretically expected time evolution of the sum of the third and fourth terms in equation (14) [|$\Delta v_{\rm S}^2/(2c)+GM_{\rm SgrA}/(cr_{\rm S})$|]. The bottom panel is for the theoretically expected time evolution of the sum of the first and second terms in equation (14) (noted as |$\Delta$|LSV in the panel). Both panels are drown with the case of GRAVITY collaboration with |$N=10$|⁠. Dots on the curves denote the pericenter passage of S0-2 estimated by the 1PN|$\, +\,$|0PM approximation.

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