WASP-12 b

WASP-33 b

How common are hot Jupiters?

Publications

  1. Modeling the Dynamics and Thermochemistry for the Outer Atmospheres of the Ultrahot Jupiter WASP-121b
    Wang et al. (2026), ApJ 1009, 136
  2. Atmospheric Characterization of Six Ultrahot Jupiters from K-band High-resolution Spectroscopy
    Finnerty et al. (2026), AJ 172, 119
  3. Surveying Ultra-hot Jupiters using Phase Curves with Twinkle
    Gary et al. (2025), arXiv:2512.17147
  4. PEPSI investigation, retrieval, and atlas of numerous giant atmospheres (PIRANGA) ─ III. Composition and winds in the atmosphere of TOI-1518 b
    Basinger et al. (2025), MNRAS 543, 4136
  5. PEPSI Investigation, Retrieval, and Atlas of Numerous Giant Atmospheres (PIRANGA). I. The Ubiquity of Fe I Emission and Inversions in Ultrahot Jupiter Atmospheres
    Petz et al. (2025), AJ 169, 267
  6. PEPSI's non-detection of escaping hydrogen and metal lines adds to the enigma of WASP-12 b
    Pai Asnodkar et al. (2024), MNRAS 535, 1829
  7. Keck Planet Imager and Characterizer Emission Spectroscopy of WASP-33b
    Finnerty et al. (2023), AJ 166, 31
  8. Nodal Precession and Tidal Evolution of Two Hot Jupiters: WASP-33 b and KELT-9 b
    Stephan et al. (2022), ApJ 931, 111
  9. Time-resolved Rotational Velocities in the Upper Atmosphere of WASP-33 b
    Cauley et al. (2021), AJ 161, 152