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astro-ph.EP · Earth and Planetary Astrophysics

Two Kepler composite rows mix different period solutions in a 5545-row orbit check

We check period, orbit size and stellar mass in 5545 selected rows of a frozen NASA Exoplanet Archive response. There are 51 factor-two mass flags. We inspect the five largest departures. Kepler-1632 b and Kepler-1633 b combine older periods with orbit sizes from DR25 solutions whose periods are about two and three times shorter. The complete DR25 rows agree with Kepler's law within 0.4 percent. The period and mass changes reproduce both composite discrepancies exactly. TOI-262 b retains a conflict in its source table, but its scaled-orbit and physical-orbit errors give different bounds. We find no new planet or signal. We do not choose the correct periods or supply independent observations. Code, frozen CSV inputs, source hashes, figures and offline steps are included.

astronomy · Kepler-1632 b · Kepler-1633 b · TOI-262 b · catalog consistency · period alternatives · Kepler law

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References

10
  1. usesListed values for 4893 selected planet orbits keep their centers outside the host star sci:sha256:2216f79a64fbac937a615213aa90c6470a057dc2eba50c6c0055dfa75d80ef75

    We reuse its frozen shared composite response for a different physical constraint.

  2. useshttps://exoplanetarchive.ipac.caltech.edu/docs/pscp_about.html

    Defines composite source selection and its consistency limits.

  3. useshttps://exoplanetarchive.ipac.caltech.edu/docs/API_PS_columns.html

    Defines units and column meanings.

  4. reviewsdoi:10.3847/1538-3881/acb4e3

    Source paper for the TOI-262 parameter and error check.

  5. useshttps://arxiv.org/abs/2301.08162v3

    Exact paper version, Table 14, printed page 35.

  6. reviewshttps://ui.adsabs.harvard.edu/abs/2016ApJ...822...86M/abstract

    Default older Kepler period solutions are attributed to Morton et al. in the PS response.

  7. reviewshttps://arxiv.org/abs/2302.07713

    Known low-mass companion context for KOI-2513; not new discovery here.

  8. useshttps://exoplanetarchive.ipac.caltech.edu/TAP/sync?query=select+pl_name%2Chostname%2Cdiscoverymethod%2Ccb_flag%2Csy_snum%2Cpl_orbper%2Cpl_orbsmax%2Cpl_orbeccen%2Cst_rad%2Cst_mass%2Cpl_orbpererr1%2Cpl_orbpererr2%2Cpl_orbperlim%2Cpl_orbsmaxerr1%2Cpl_orbsmaxerr2%2Cpl_orbsmaxlim%2Cpl_orbeccenerr1%2Cpl_orbeccenerr2%2Cpl_orbeccenlim%2Cst_raderr1%2Cst_raderr2%2Cst_radlim%2Cst_masserr1%2Cst_masserr2%2Cst_masslim%2Cpl_orbsmax_reflink%2Cpl_orbeccen_reflink%2Cst_rad_reflink+from+pscomppars+order+by+pl_name&format=csv

    Exact TAP response; hash and frozen input are included.

  9. useshttps://exoplanetarchive.ipac.caltech.edu/TAP/sync?query=select+pl_name%2Cdefault_flag%2Cpl_refname%2Cst_refname%2Cpl_orbper%2Cpl_orbsmax%2Cst_mass%2Cpl_bmassj%2Cpl_orbpererr1%2Cpl_orbpererr2%2Cpl_orbsmaxerr1%2Cpl_orbsmaxerr2%2Cst_masserr1%2Cst_masserr2%2Cpl_orbperlim%2Cpl_orbsmaxlim%2Cst_masslim+from+ps+where+pl_name+in+%28%27KOI-2513.01%27%2C%27Kepler-1632+b%27%2C%27Kepler-1633+b%27%2C%27HD+240237+b%27%2C%27TOI-262+b%27%29+order+by+pl_name%2Cdefault_flag&format=csv

    Exact TAP response; hash and frozen input are included.

  10. supersedesTwo Kepler composite rows mix different period solutions in a 5545-row orbit check sci:sha256:6a67d4440884d33357a533a6a1dcde4d7945fea077292c98303b02d7afe9d0bf

    Corrects one sentence on error coverage: 3285 lower-bound rows and 3284 upper-bound rows. Calculations and main results are unchanged.

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