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Click here to access my NASA ADS library.
Details and links for individual published papers are listed below.

1st and 2nd author papers

  1. Lellouch E, Wong I, Lavvas P, et al. “Pluto’s atmosphere gas and haze composition from JWST/MIRI spectroscopy”. A&A 696 A147 (2025). ADS link

  2. Brown M E, Wong I, & Belyakov M. “JWST near-infrared spectroscopy of high-albedo Jupiter Trojans: A new surface type in the Trojan belt”. PSJ 6 22 (2025). ADS link

  3. Wong I, Brown M E, Emery J P, et al. “JWST near-infrared spectroscopy of the Lucy Jupiter Trojan flyby targets: Evidence for OH absorption, aliphatic organics, and COâ‚‚”. PSJ 5 87 (2024). ADS link

  4. Emery J P, Wong I, Stansberry J A, et al. “A tale of 3 dwarf planets: Compositions of Sedna, Gonggong, and Quaoar from JWST spectroscopy”. Icarus, 414 116017 (2024). ADS link

  5. Grundy W M, Wong I, Glein C R, et al. "Measurement of D/H and ¹³C/¹²C ratios in methane ice on Eris and Makemake: Evidence for internal activity”. Icarus, 401 115923 (2024). ADS link

  6. Wong I & Brown M E. "Photometric confirmation and characterization of the Ennomos collisional family in the Jupiter Trojans". AJ 165 15 (2023). ADS link

  7. Wong I, Chachan Y, Knutson H A, et al. “The Hubble PanCET program: A featureless transmission spectrum for WASP-29b and evidence of enhanced atmospheric metallicity on WASP-80b”. AJ 164 30 (2022). ADS link

  8. Wong I, Shporer A, Vissapragada S, et al. “TESS revisits WASP-12: Updated orbital decay rate and constraints on atmospheric variability”. AJ 163 175 (2022). ADS link

  9. Wong I, Shporer A, Zhou G, et al. “TOI-2109: An ultrahot gas giant on a 16 hour orbit”. AJ 162 256 (2021). ADS link

  10. Wong I, Kitzmann D, Shporer A, et al. “Visible-light phase curves from the second year of the TESS primary mission”. AJ 162 127 (2021). ADS link

  11. Beatty T G, Wong I, Fetherolf T, et al. “The TESS phase curve of KELT-1b suggests a high dayside albedo”. AJ 160 211 (2020). ADS link

  12. Wong I, Shporer A, Daylan T, et al. “Systematic phase curve study of known transiting exoplanet systems from Year 1 of the TESS Mission”. AJ 160 155 (2020). ADS link

  13. Wong I, Shporer A, Kitzmann D, et al. “Exploring the atmospheric dynamics of the extreme ultra-hot Jupiter KELT-9b using TESS photometry”. AJ 160 80 (2020). ADS link

  14. Wong I, Benneke B, Gao P, et al. “Optical to near-infrared transmission spectrum of the warm sub-Saturn HAT-P-12b”. ApJ 159 234 (2020). ADS link

  15. Wong I, Benneke B, Shporer A, et al. “TESS phase curve of the ultra-hot Jupiter WASP-19b”. AJ 159 104 (2020). ADS link

  16. Wong I, Shporer A, Becker J C, et al. “The full Kepler phase curve of the eclipsing hot white dwarf binary system KOI-964” ApJ 159 29 (2020). ADS link

  17. Benneke B, Wong I, Piaulet C, et al. “Water vapor and clouds on the habitable-zone sub-Neptune exoplanet K2-18b”. ApJL 887 L14 (2019). ADS link

  18. Wong I, Mishra A, & Brown M E “Photometry of active Centaurs: Colors of dormant active Centaur nuclei” AJ 157 225 (2019). ADS link

  19. Wong I & Brown M E. “Multiband observations of a Patroclus-Menoetius mutual event: Constraints on surface inhomogeneity”. AJ 157 203 (2019). ADS link

  20. Shporer A, Wong I, Huang C X, et al. “TESS full orbital phase curve of the WASP-18b system” AJ 157 178 (2019). ADS link

  21. Wong I, Brown M E, Blacksberg J, Ehlmann B L, & Mahjoub A. “Hubble ultraviolet spectroscopy of Jupiter Trojans”. AJ 157 161 (2019). ADS link

  22. Wong I, Brown M E, & Emery J P. “0.7-2.5 μm spectra of Hilda asteroids”. AJ 154 104 (2017). ADS link

  23. Wong I & Brown M E. “The bimodal color distribution of small Kuiper Belt objects”. AJ 153 145 (2017). ADS link

  24. Wong I & Brown M E. “The color-magnitude distribution of Hilda asteroids: Comparison with Jupiter Trojans”. AJ 153 69 (2017). ADS link

  25. Wong I & Brown M E. “A hypothesis for the color bimodality of Jupiter Trojans”. AJ 152 90 (2016). ADS link

  26. Wong I, Knutson H A, Kataria T, et al. “3.6 and 4.5 μm Spitzer phase curves of the highly irradiated hot Jupiters WASP-19b and HAT-P-7b”. ApJ 823 122 (2016). ADS link

  27. Wong I & Brown M E. “The color-magnitude distribution of small Jupiter Trojans”. AJ 150 174 (2015). ADS link

  28. Wong I, Knutson H A, Lewis, N K, et al. “3.6 and 4.5 μm phase curves of the highly irradiated eccentric hot Jupiter WASP-14b”. ApJ 811 122 (2015). ADS link

  29. Wong I, Brown M E, & Emery J P. "The differing magnitude distributions of the two Jupiter Trojan color populations". AJ 148 112 (2014). ADS link

  30. Wong I, Knutson H A, Cowan N B, et al. “Constraints on the atmospheric circulation and variability of the eccentric hot Jupiter XO-3b”. ApJ 794 134 (2014). ADS link

  31. Wong I, Grigoriu A, Roslund J, Ho T S, & Rabitz H. "Laser-driven direct quantum control of nuclear excitations". Phys. Rev. A 84 053429 (2011). ADS link

Selected co-author papers

  • Licandro J, Pinilla-Alonso N, Holler B J, et al. “Surface composition of Centaurs: Insights into the thermal evolution of TNOs”. Nature Astronomy 9 245 (2025). ADS link

  • ​Pinilla-Alonso N, Brunetto R, de Prá M N, et al. “A DiSCo-TNOs portrait of the primordial Solar System”. Nature Astronomy 9 230 (2025). ADS link

  • Protopapa S, Raut U, Wong I, et al. “Discovery of carbon dioxide and hydrogen peroxide on Charon’s stratified surface with JWST”. Nature Communications 15 8247 (2024). ADS link

  • Pinilla-Alonso N, Licandro J, Brunetto R, et al. “Unveiling the ice and gas nature of active centaur (2060) Chiron using the James Webb Space Telescope”. A&A Letters 692 L11 (2024). ADS link

  • Kiss C, Müller T G, Farkas-Takács A, et al. “Prominent mid-infrared excess on the dwarf planet (136472) Makemake discovered by JWST/MIRI indicates ongoing activity”. ApJL 976 L9 (2024). ADS link

  • Glein C R, Grundy W M, Lunine J I, et al. “Moderate D/H ratios in methane ice on Eris and Makemake as evidence of hydrothermal or metamorphic processes in their interiors: Geochemical analysis”. Icarus 412 115999 (2024). ADS link

  • Rivkin A S, Thomas C A, Wong I, et al. “Near to mid-infrared spectroscopy of (65803) Didymos as observed by JWST: Characterization observations supporting the Double Asteroid Redirection Test”. PSJ 4 214 (2023). ADS link

  • Coulombe L-P, Benneke B, Challener R, et al. “A broadband thermal emission spectrum of the ultra-hot Jupiter WASP-18b”. Nature 620 292 (2023). ADS link

  • Piaulet C, Benneke B, Almenara J M, et al. “Evidence for the volatile-rich composition of a 1.5-Earth-radius planet”. Nature Astronomy 7 206 (2023). ADS link

  • Addison B C, Knudstrup E, Wong I, et al. “TOI-1431b/MASCARA-5b: A highly irradiated ultra-hot Jupiter orbiting one of the hottest & brightest known exoplanet host stars”. AJ 162 292 (2021). ADS link

  • Cabot S H C, Bello-Arufe A, Mendoça J M, et al. “TOI-1518b: A misaligned ultra-hot Jupiter with iron in its atmosphere”. AJ 162 218 (2021). ADS link

  • Levison H F, Olkin C B, Noll, K S, et al. “Lucy Mission to the Trojan asteroids: Science goals”. PSJ 2 171 (2021). ADS link

  • Guerrero N M, Seager S, Huang C X, et al. “The TESS Objects of Interest catalog from the TESS Prime Mission”. ApJS 254 39 (2021). ADS link

  • Crossfield I J M, Dragomir D, Cowan N B, et al. “Phase curves of hot Neptune LTT 9779b suggest a high-metallicity atmosphere with nonzero albedo”. ApJL 903 L7 (2020). ADS link

  • Dragomir D, Crossfield I J M, Benneke B, et al. “Spitzer reveals evidence of molecular absorption in the atmosphere of the hot Neptune LT9779b”. ApJL 903 L6 (2020). ADS link

  • Huang C X, Quinn S N, Vanderburg A, et al. “TESS spots a hot Jupiter with an inner transiting Neptune”. ApJL 892 L7 (2020). ADS link

  • Mansfield M, Bean J L, Stevenson K B, et al. “Evidence for H2 dissociation and recombination heat transport in the atmosphere of KELT-9b”. ApJL 888 L15 (2020). ADS link

  • Chachan Y, Knutson H A, Gao P, et al. “A Hubble PanCET study of HAT-P-11b: A cloudy Neptune with a low atmospheric metallicity” AJ 158 244 (2019). ADS link

  • Benneke B, Knutson H A, Lothringer J, et al. “A Sub-Neptune atmosphere with solar water abundance, strong methane depletion, and Mie-scattering aerosols”. Nature Astronomy 3 813 (2019). ADS link

© 2025 by Ian Wong

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