Publications 

2024:

1. Tan X., Komacek T.D., Batalha N.E., Deming D., Lupu R., Parmentier V., Pierrehumbert R.T., Modeling the day-night temperature variations of ultra-hot Jupiters: confronting non-grey general circulation models and observations, 2024, MNRAS (Advance Access).

2023:

1. Coulombe, L.-P., Benneke, B., Challener, R., and 74 other authors including Komacek T.D., A broadband thermal emission spectrum of the ultra-hot Jupiter WASP-18b, Nature, 620, 292.

2. Hochman A., Komacek T.D., De Luca P., Analogous response of temperate terrestrial exoplanets and Earth's climate dynamics to greenhouse gas supplement, 2023, Nature Scientific Reports, 13, 11123.

3. Deming D., Line M.R., Knutson H.A., Crossfield I.J.M., Kempton E.M.-R., Komacek T.D., Wallack N.L., Fu G., Emergent Spectral Fluxes of Hot Jupiters: An Abrupt Rise in Dayside Brightness Temperature Under Strong Irradiation, AJ, 165, 104. 

4. Ahrer E.-M., Stevenson K.B., Mansfield M., and 96 other authors including Komacek T.D., Early Release Science of the exoplanet WASP-39b with JWST NIRCam, Nature, 614, 653. 

5. The JWST Transiting Exoplanet Community Early Release Science Team, Identification of carbon dioxide in an exoplanet atmosphere, Nature, 614, 649.

6. Savel A.B., Kempton E.M.-R., Rauscher E., Komacek T.D., Bean J.L., Malik M., Malsky I., Diagnosing limb asymmetries in hot and ultra-hot Jupiters with high-resolution transmission spectroscopy, ApJ, 944, 99.

7. Rotman Y., Komacek T.D., Villanueva G.L., Fauchez T.J., May E.M., GCM constraints on the detectability of the CO2-CH4 biosignature pair on TRAPPIST-1e with JWST, 2023, ApJL, 942, L4.

2022:

1. Komacek T.D., Gao P., Thorngren D.P., May E.M., Tan X., The effect of interior heat flux on the atmospheric circulation of hot and ultra-hot Jupiters, 2022, ApJL, 941, L40.

2. Fu G., Espinoza N., Sing D.K., Lothringer J.D., Dos Santos L.A., Rustamkulov Z., Deming D., Kempton E.M.-R., Komacek T.D., Knutson H.A., Albert L., Pontoppidan K., Volk K. Filippazo J., Water and an escaping helium tail detected in the hazy and methane-depleted atmosphere of HAT-P-18b from JWST NIRISS/SOSS, 2022, ApJL, 940, L35.

3. Jacobs B. Désert, J.-M., Pino, L., and 12 other authors including Komacek T.D., A strong H- opacity signal in the near-infrared emission spectrum of the ultra-hot Jupiter KELT-9b, 2022, A&A, 668, L1.

4. Hochman A., De Luca P., Komacek T.D., Greater climate sensitivity and variability on TRAPPIST-1e than Earth, 2022, ApJ, 938, 114.

5. Komacek T.D. and Tan X., Gao P. and Lee E.K.H., Patchy nightside clouds on ultra-hot Jupiters: General Circulation Model simulations with radiatively active cloud tracers, ApJ, 934, 79.

6. May E.M., Stevenson K.B., Bean J.L., Bell T.J., Cowan N.B., Dang L., Desert J.-M., Fortney J.J., Keating D., Kempton E.M.-R., Komacek T.D., Lewis N.K., Mansfield M., Morley C., Parmentier V., Rauscher E., Swain M.R., Zellem R.T., Showman A.P., A New Analysis of Eight Spitzer Phase Curves and Hot Jupiter Population Trends: Qatar-1b, Qatar-2b, WASP-52b, WASP-34b, and WASP-140b, AJ, 163, 256.

7. Fu G., Sing D.K., Lothringer J.D, Drake D., Ih J. , Kempton E., Malik M., Komacek T.D., Mansfield M., and Bean J.L., Strong H2O and CO emission features in the spectrum of KELT-20b driven by stellar UV irradiation, ApJL, 925, L3.

8. Grunblatt S.K., Saunders N., Sun M., Chontos H., Soares-Furtado M., Eisner N., Pereira F., Komacek T.D., Huber D.H., and 19 other authors, TESS Giants Transiting Giants II: The Hottest Jupiters Orbiting Evolved Stars, AJ, 163, 120.

9. Savel A.B., Kempton E.M-R., Malik M., Komacek T.D., et al., No umbrella needed: Confronting the hypothesis of iron rain on WASP-76b with post-processed general circulation models, ApJ, 926, 85.

10. Li J., Jiang J., Yang H., Abbot D.S., Hu R., Komacek T.D., Bartlett S., and Yung, Y.L., Rotation Period Detection for Earth-like Exoplanets, AJ, 163, 27.

2021:

1. Wong I., Shporer A., Zhou G., Kitzmann D., Komacek T.D., Tan X., and 50 other authors, TOI-2109b: An Ultra-Hot Gas Giant on a 16-Hour Orbit, AJ, 162, 256.

2. Komacek T.D., Kang W, Lustig-Yaeger J, and Olson, S., Leveraging Models to Constrain the Climates of Rocky Exoplanets, Elements, 17:251 in special issue ``Geoscience beyond the Solar System,"

3. May E.M. and Komacek T.D., Stevenson K.B., et al., Spitzer Phase Curve Observations and Circulation Models of the Inflated Ultra-Hot Jupiter WASP-76b, AJ, 162:158.

4. Addison B.C. and 71 other authors including Komacek T.D., TOI-1431b/MASCARA-5b: A Highly Irradiated Ultra-Hot Jupiter Orbiting One of the Hottest \& Brightest Known Exoplanet Host Stars, submitted to AAS Journals. 

5. May E.M., Taylor J., Komacek T.D., Line M.R., and Parmentier V., Water Ice Cloud Variability & Multi-Epoch Transmission Spectra of TRAPPIST-1e, 2021, ApJL, 911, L30. 

6. Checlair J.H., Villanueva G.L., Hayworth B.P.C., Olson S.L., Komacek T.D., Robinson T.D., Popovic P., Yang H., and Abbot D.S., Probing the Capability of Future Direct Imaging Missions to Spectrally Constrain the Frequency of Earth-Like Planets, 2021, AJ, 161, 150.

7. Fortney J.J, Dawson B.I., and Komacek T.D., Hot Jupiters: Origins, Structure, Atmospheres, 2021, JGR: Planets, 126, e06629.

2020:

1. Komacek T.D. Stable Climates for Temperate Rocky Circumbinary Planets, 2020, JGR: Planets, 125, e06712.

2. Komacek T.D., Chavas D.R., and Abbot D.S., Hurricane Genesis is Favorable on Terrestrial Exoplanets Orbiting Late-Type M Dwarf Stars, 2020, ApJ, 898, 115.

3. Salazar A.M., Olson S.L., Komacek T.D., Stephens H., and Abbot D.S., The Effect of Substellar Continent Size on Ocean Dynamics of Proxima Centauri b, 2020, ApJL, 896, L16.

4. Komacek T.D., Thorngren D.P., Lopez E.D., and Ginzburg S., Re-inflation of Warm and Hot Jupiters, 2020, ApJ, 893, 36.

5. Komacek T.D., Fauchez T., Wolf E.T., and Abbot D.S., Clouds Will Likely Prevent the Detection of Water Vapor in JWST Transmission Spectra of Terrestrial Exoplanets, 2020, ApJL, 888, L20.

6. Mansfield M., Bean J.L., Stevenson K.B., Komacek T.D., et al., Evidence for H2 Dissociation and Recombination Heat Transport in the Atmosphere of KELT-9b, 2020, ApJL, 888, L15.

7. Komacek T.D. and Showman A.P., Temporal Variability in Hot Jupiter Atmospheres, 2020, ApJ, 888, 2.

2019:

1. Tan X. and Komacek T.D., The Atmospheric Circulation of Ultra-Hot Jupiters, 2019, ApJ, 886, 26.

2. Komacek T.D., Jansen M.F., Wolf E.T., and Abbot D.S., Scaling Relations for Terrestrial Exoplanet Atmospheres from Baroclinic Criticality, 2019, ApJ, 883, 46.

3. Komacek T.D., Showman A.P., and Parmentier V., Vertical Tracer Mixing in Hot Jupiter Atmospheres, 2019, ApJ, 881, 152.

4. Zellem R.T., Swain M.R., Cowan N.B., Bryden G., Komacek T.D. et al., Constraining Exoplanet Metallicities and Aerosols with ARIEL: An Independent Study by the Contribution to ARIEL Spectroscopy of Exoplanets (CASE) Team, 2019, PASP, 131, 094401.

5. Yang H., Komacek T.D., and Abbot D.S., 2019, Effects of Radius and Gravity on the Inner Edge of the Habitable Zone, ApJL, 876, L27. 

6. Komacek T.D. and Abbot D.S., The Atmospheric Circulation and Climate of Terrestrial Planets Orbiting Sun-like and M-dwarf Stars over a Broad Range of Planetary Parameters, 2019, ApJ, 871, 245.

2018:

1. Koll D.D.B. and Komacek T.D., Atmospheric Circulations of Hot Jupiters as Planetary Heat Engines, 2018, ApJ, 853, 133.

2. Komacek T.D. and Tan X., Effects of Dissociation/Recombination on the Day–Night Temperature Contrasts of Ultra-hot Jupiters, 2018, Research Notes of the AAS, 2, 36.

2017:

1. Komacek T.D. and Youdin A.N., Structure and Evolution of Internally Heated Hot Jupiters, 2017, ApJ, 844, 94. 

2. Komacek T.D., Showman A.P., and Tan X., Atmospheric Circulation of Hot Jupiters: Dayside-Nightside Temperature Differences. II. Comparison with Observations, 2017, ApJ, 835, 198.

2016:

1. Komacek T.D. and Abbot D.S., Effect of Surface-Mantle Water Exchange Parameterizations on Exoplanet Ocean Depths, 2016, ApJ, 832, 54.

2. Komacek T.D. and Showman A.P., Atmospheric Circulation of Hot Jupiters: Dayside-Nightside Temperature Differences, 2016, ApJ, 821, 16.

2014:

1. Rogers T.M. and Komacek T.D., Magnetic Effects in Hot Jupiter Atmospheres, 2014, ApJ, 794, 132.