5 results
Study temperate terrestrial exoplanet atmospheres and potential signs of life for the LIFE mission. Research includes atmospheric retrieval, alternative biospheres and abiotic explanations, and translating modelling results into science and instrument requirements.
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Study temperate terrestrial exoplanet atmospheres and potential signs of life within the LIFE mission research programme. The doctoral work contributes to assessing what mid-infrared observations can reveal about habitable worlds.
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CIERA recruits researchers for autumn 2027 appointments in theoretical astronomy and astrophysics. Areas of interest include gravitational-wave analysis, stellar and compact-object evolution, interacting binaries, statistical and machine-learning methods with Vicky Kalogera, and protoplanetary and accretion-disk theory with Yoram Lithwick. Researchers…
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The University of Chicago’s origins-of-life fellowship supports early-career scientists studying prebiotic chemistry, the development and evolution of protocells, and potentially habitable environments on Earth and elsewhere. Fellows collaborate with existing research groups, with particular interest in projects spanning disciplinary boundaries.…
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Model the internal structure and long-term development of sub-Neptune planets. This postdoctoral research sits within an interdisciplinary programme examining planetary environments and the emergence of life.
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