Research Portfolio
From equations to observable worlds.
A connected programme of open numerical tools, comparative planetology, and mission-facing research—built to turn fundamental physics into measurable predictions.
SimulateUniversal and planet-specific climate models
ObserveAtmospheric retrieval and mission science
ExplainMechanisms governing climate evolution
Selected portfolio
Open a project to learn more ↗Research in practice
Climate platformOASIS
↗3D planetary climate simulations and atmospheric dynamics tooling.
Numerical methodsTHOR
↗GPU-ready dynamical core for fast atmospheric circulation experiments.
Atmospheric inferenceGolden Retriever
↗Retrieval framework that combines observations to constrain atmospheres.
Observational surveyHot Rocks Survey
↗A survey of irradiated terrestrial exoplanets and atmosphere detectability.
Comparative planetologyModelling Venus Climate
↗Numerical exploration of Venus climate evolution and atmospheric forcing.