Yeva Gevorgyan
Postdoctoral Scholar · CEMSE, KAUST
I am an applied mathematician and planetary scientist. I develop rheological models and analytical tools to study the tidal dynamics of satellites and exoplanets, and more recently I have been working on numerical methods for mean field games.
Selected Results
Multilayer equivalence — The tidal response of any multilayered planetary body can be exactly reduced to a homogeneous model, enabling tractable long-term orbital simulations.
Andrade rheology — First time-domain implementation of Andrade rheology for 3D tidal simulations, valid for arbitrary eccentricities and inclinations.
Pluto–Charon — Tidal synchronisation of Pluto–Charon can occur via inward migration, supporting the capture hypothesis over giant impact.
Could You Escape an Exoplanet?
Pick from a real dataset of exoplanets and find out if a human jump could beat the gravity.
An interactive escape velocity calculator.
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