CF
Charles F. Bowers
Dublin Institute For Advanced Studies, Goddard Space Flight Center, University of Michigan, University of Colorado Boulder
Research areas: Earth and Planetary Sciences · Space and Planetary Science · Ionosphere and magnetosphere dynamics · Astro and Planetary Science · Solar and Space Plasma Dynamics
0000-0002-6336-7526
Employment
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Dublin Institute for Advanced Studies Postdoctoral Researcher2023 - Present
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Goddard Space Flight Center Graduate Student Researcher2019 - 2019
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University of Michigan–Ann Arbor Graduate Student Researcher2018 - 2023
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Laboratory for Atmospheric and Space Physics Undergraduate Researcher2015 - 2017
Education
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University of Michigan–Ann Arbor Doctor of Philosophy2018 - 2023
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University of Colorado Boulder Bachelor of Arts2013 - 2017
Projects & Funding
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Future Investigators in NASA Earth and Space Science and Technology (FINESST) NASA2021 - 2023
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John Mather Nobel Scholar National Space Grant Foundation2019 - 2022
Publications (34)
- In Situ Evidence of a Twisted Loop-like Magnetic Flux Rope at Mars: A MAVEN and Tianwen-1 Close Conjunction Save
- Timescales of steady solar wind conditions at Mercury Save
- Mercury's Alfvén Wing Current System Under Sub‐Alfvénic Solar Wind Conditions: Insights From Global MHD Simulations Save
- Mercury's Eccentric Orbit as a Driver of Significant “Seasonal” Change in Upstream Solar Wind Forcing Save
- Identifying MESSENGER Magnetospheric Boundary Crossings Using a Random Forest Region Classifier Save
- Identifying MESSENGER Magnetospheric Boundary Crossings Using a Random Forest Region Classifier Save
- Energetic Proton Dropouts During the Juno Flyby of Europa Strongly Depend on Magnetic Field Perturbations Save
- Mercury's Altered Magnetosphere During a Sub‐Alfvénic ICME Event: MESSENGER Observations and Inferred Asymmetric Alfvén Wing Formation From Global MHD Simulations Save
- Identifying MESSENGER Magnetospheric Boundary Crossings Using a Random Forest Region Classifier Save
- Title: The Unique Seasonal Influence of the Interplanetary Magnetic Field on Martian Proton Aurora Save
- Bivariate Extreme Value Analysis for Space Weather Risk Assessment: Solar Wind—Magnetosphere Driving in the Terrestrial System Save
- MESSENGER Observations of a Possible Alfvén Wing at Mercury Driven by a Low Alfvénic Mach Number Interplanetary Coronal Mass Ejection Save
- Estimating Interplanetary Magnetic Field Conditions at Mercury's Orbit From MESSENGER Magnetosheath Observations Using a Feedforward Neural Network Save
- Bivariate Extreme Value Analysis for Space Weather Risk Assessment: solar wind - magnetosphere driving in the terrestrial system Save
- A Virtual Solar Wind Monitor at Mars With Uncertainty Quantification Using Gaussian Processes Save
- Energetic Proton Losses Reveal Io's Extended and Longitudinally Asymmetrical Atmosphere Save
- The Unique Seasonal Influence of the Interplanetary Magnetic Field on Martian Proton Aurora Save
- Evidence of Low-Altitude Magnetic Flux Ropes Formed by Three Distinct Mechanisms Using Observations from MAVEN Save
- MAVEN Observations of Mini-Magnetosphere Dynamics within the Dayside Ionosphere of Mars Save
- Statistical Analysis of Mercury's Magnetotail Lobe Field Using MESSENGER Observations Save