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Astrobiology|January 31, 2022
Assessment of Ammonia as a Biosignature Gas in Exoplanet AtmospheresJingcheng Huang, Sara Seager, Janusz J Petkowski, et al.Scientific Reports|August 21, 2023
Fully fluorinated non-carbon compounds NF<sub>3</sub> and SF<sub>6</sub> as ideal technosignature gasesSara Seager, Janusz J Petkowski, Jingcheng Huang, et al.ACS Omega|March 17, 2025
Mechanism for Peptide Bond Solvolysis in 98% w/w Concentrated Sulfuric AcidJanusz J Petkowski, Maxwell D Seager, William Bains, et al.Life (Basel, Switzerland)|March 28, 2026
Ionic Liquid BiospheresSara Seager, William Bains, Iaroslav Iakubivskyi, et al.Astrobiology|November 23, 2019
Phosphine as a Biosignature Gas in Exoplanet AtmospheresClara Sousa-Silva, Sara Seager, Sukrit Ranjan, et al.Astrobiology|April 2, 2021
Assessment of Isoprene as a Possible Biosignature Gas in Exoplanets with Anoxic AtmospheresZhuchang Zhan, Sara Seager, Janusz Jurand Petkowski, et al.Astrobiology|August 14, 2020
The Venusian Lower Atmosphere Haze as a Depot for Desiccated Microbial Life: A Proposed Life Cycle for Persistence of the Venusian Aerial BiosphereSara Seager, Janusz J Petkowski, Peter Gao, et al.Molecules (Basel, Switzerland)|April 14, 2026
Synthesis of Azatide Dipeptide Analogs and Their Stability and Reactivity in 98% <i>w</i>/<i>w</i> Sulfuric AcidSara Seager, Maxwell D Seager, Ton Visser, et al.Astrobiology|March 26, 2025
Simple Lipids Form Stable Higher-Order Structures in Concentrated Sulfuric AcidDaniel Duzdevich, Collin Nisler, Janusz J Petkowski, et al.Pageof 8