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Unified Kraft Break at ∼6500 K: A Newly Identified Single-star Obliquity Transition Matches the Classical Rotation Break

  • Authors: Xian-Yu Wang, 宪钰 汪, Songhu Wang, 松虎 王, J. M. Joel Ong, 加冕 王

Xian-Yu Wang et al 2026 The Astrophysical Journal Letters 996 .

  • Provider: AAS Journals

Caption: Figure 1.

The λ and ﹩v\sin {i}_{\star }﹩ distributions, along with derived Teff boundaries. Panel (a): λ distribution for hot-Jupiter systems with confirmed or candidate stellar companions. The Teff boundary of ﹩610{5}_{-133}^{+123}﹩ K is marked with a black dashed line, with shaded 1σ interval. Panel (b): same as the top panel, but for single-star hot-Jupiter systems with Teff boundary = ﹩644{7}_{-119}^{+85}﹩ K. Panel (c): ﹩v\sin {i}_{\star }﹩ distribution for single stars, compiled following the updated prescription described in A. C. Beyer & R. J. White (2024). The resulting Teff boundary is ﹩65{10}_{-127}^{+97}﹩ K, consistent with that derived from the single-star λ distribution. Panel (d): same as panel (c), but for binary and multiple-star systems.

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