PR
Paul Rimmer
University of Cambridge, University of St Andrews, The Ohio State University, University of Colorado Denver
Research areas: Physics and Astronomy · Astronomy and Astrophysics · Astro and Planetary Science · Stellar, planetary, and galactic studies · Space Science and Extraterrestrial Life
0000-0002-7180-081X
Employment
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University of Cambridge SCOL Senior Fellow2018 - Present
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University of Cambridge Postdoc2016 - 2018
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University of St Andrews Research Fellow2012 - 2016
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The Ohio State University Graduate Research Assistant2007 - 2012
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The Ohio State University Graduate Teaching Assistant2005 - 2007
Education
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The Ohio State University Ph.D. in Physics (advisers: Eric Herbst, Richard Freeman)2005 - 2012
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University of Colorado Denver B.S. in Physics2001 - 2005
Projects & Funding
Projects & funding information is unavailable.
Publications (103)
- Chemical Tracers for 3D Atmospheric Asymmetries on WASP-69 b Save
- Confronting the Water Problem: The Lifetime of Aqueous Cyanide and its Role in Origins of Life Save
- In-droplet sulphur chemistry in the Venus clouds with the Venus Planetary Climate Model Save
- What does the unexpectedly high D/H ratio in Venus’ upper atmosphere imply for the existence of a late ocean? Save
- Hydrocarbon complexity and photochemical shielding of prebiotic feedstock molecules in exoplanet atmospheres Save
- A Comprehensive Sulfur Chemistry Network Including Excited S(1D) and SO(1Δ) for the XODIAC Photochemical Model: Accounting for Missing Sulfur Processes in Venus and Exo-Venus Analogs Save
- Shadow of a Shadow: Ferrocyanide and Nitroprusside as Sunscreens for Photosensitive Prebiotic Molecules Save
- Organosulfur Chemistry on Sub-Neptunes: Implications for Hazes and Biosignatures Save
- Atmospheric stability and its implication on prebiotic chemistry on early Venus, Earth, and Mars Save
- What does the unexpectedly high D/H ratio in Venus’ upper atmosphere imply for the existence of a late ocean? Save
- Tracing gas-giant global and local atmospheric processes through photo-kinetic chemistry Save
- Comparative biosignatures with systemic retrievals Save
- The rainout of formaldehyde favors a formose-based origin of life in shallow ponds Save
- A Fast, Parallelized, GPU-accelerated Photochemical Model, XODIAC, with Built-in Equilibrium Chemistry and Multiple Chemical Networks for Exoplanetary Atmospheres Save
- A full-atmosphere model of Jupiter Save
- Powerful Lightning on Venus Constrained by Atmospheric NO Save
- Nitrogen chemistry of hycean worlds on the example of K2-18b Save
- Prediction of Sulfate Hazes in the Lower Venus Atmosphere Save
- Atmospheric survivability of amino acids produced in the cryovolcanic regions of Titan Save
- Photochemical Production of Formaldehyde in Early Earth's Atmosphere as a Precursor for Prebiotic Chemistry Save