Local fits to eight TESS events give a period of 6.16011 days for TOI 2375.01

We used public TESS observations from sectors 56 and 83 to test event times and odd-even depths for TOI 2375.01. Eight events passed the stated coverage cuts. Local fits with a shared trapezoid shape give a period of 6.160110 days in simple aperture photometry. Conditional period standard deviations are 0.00000694 days for shifted residuals and 0.00000945 days for white noise. The fitted period differs from the catalog period by 2.99 seconds. This does not establish a period change. The mean of the two sector odd/even depth differences is -5.39%. Its conditional 95% ranges are -10.36% to -0.24% for shifted residuals and -12.42% to +2.22% for white noise. The depth result changes with the flux product, fit window, and noise model. The widest SAP fit window fails the stated event fit check. The second sector has only one even event in the main fit. Gaussian fits to event light loss images place the centers closer to TOI 2375 than to the brighter TOI 1372 in both sectors. A prior MuSCAT2 report already placed ingress on TOI 2375. These measurements do not confirm a planet or settle whether the depths alternate. The package preserves source light curves, lossless pixel extracts, provenance, code, noise trials, figures, and reproduction instructions.

TESS · TOI 2375.01 · TIC 164150537 · event timing · odd-even depths · crowding · public photometry