- Jung et al. 2025, Local Analogs of Potential Ionizers of the Intergalactic Medium: Compact Star-Forming Galaxies with Intense CIV λ1550 Emission, ApJ, 988, 4.
- Park, Jung et al. 2025, Constraining Reionization with Lyman-alpha Damping-Wing Absorption in Galaxy Spectra, ApJ, 983, 91.
- Jung et al. 2024b, Constraints on the Lyman Continuum Escape from Low-mass Lensed Galaxies at 1.3 ≤ z ≤ 3.0, ApJ, 971, 175.
- Jung et al. 2024a, CEERS: Diversity of Lyman-Alpha Emitters during the Epoch of Reionization, ApJ, 967, 73.
- Jung et al. 2022b, New z>7 Lyman-alpha Emitters in EGS: Evidence of an Extended Ionized Structure at z ∼ 7.7, arXiv:2212.09850.
- Jung et al. 2022a, CLEAR: Boosted Lyman-alpha Transmission of the Intergalactic Medium in UV-bright Galaxies, ApJ, 933, 87.
- Park, Jung et al. 2021, Crucial Factors of Lyman-alpha Transmission in the Reionizing Intergalactic Medium, ApJ, 922, 263.
- Jung et al. 2020, Texas Spectroscopic Search for Lyman-alpha Emission at the End of Reionization III, ApJ, 904, 144.
- Jung et al. 2019, Texas Spectroscopic Search for Lyman-alpha Emission at the End of Reionization II, ApJ, 877, 146.
- Jung et al. 2018, Texas Spectroscopic Search for Lyman-alpha Emission at the End of Reionization I, ApJ, 864, 103.
- Jung et al. 2017, Evidence for Reduced Specific Star Formation Rates in the Centers of Massive Galaxies at z = 4, ApJ, 834, 81.
- Jung, Lee, and Yi 2014, Effects of Large-scale Environment on the Assembly History of Central Galaxies, ApJ, 794, 74.