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About

Johanna Teske is a leading astronomer whose work centers on the detection, characterization, and atmospheric study of exoplanets, with a particular focus on super-Earths and warm Jovian worlds orbiting Sun-like and K-dwarf stars. Her major contributions include pioneering optical observations of the transiting super-Earth GJ 1214b, where she and her team used the Kuiper 1.55 m telescope to constrain the planet’s short-wavelength spectral slope, providing critical insights into its atmospheric composition. This foundational work has garnered 37 citations and remains a key reference in exoplanet atmosphere studies. Teske also led the discovery of TOI-2202 b and c, a pair of warm giant planets near a 2:1 mean motion resonance around a K-dwarf star, identified through TESS data and follow-up photometry. This 2021 study, with 31 citations, showcases her skill in leveraging space-based surveys and ground-based telescopes to uncover dynamically interesting planetary systems. Her research has significantly advanced our understanding of planetary formation, orbital architectures, and atmospheric diversity, making her a respected voice in the exoplanet community.