Research projects, public lectures, and the work I point people to first.
A customisable dataset of over 1000 parameters derived from vector magnetic field data for active regions on the Sun. The goal is to make solar flare forecasting more reproducible and easier to use for downstream analysis.
Work on differential rotation, torsional oscillation, and meridional flow that uses HMI data to extract large-scale dynamics from noisy observations.
I have worked on ensemble Kalman filter data assimilation inside a surface flux transport model to infer flows more cleanly from observations and simulations.
Recent work on high-latitude inertial modes and polar magnetograms connects the geometry-limited polar Sun to the next generation of observations.
Flow measurements, simulations, and data products.
LCT, helioseismic rotation, and HMI-based flow inference all sit in the same family: extracting a weak signal from difficult observations.
Surface flux transport and related modeling let me test ideas, compare regimes, and separate observation effects from physical effects.
Filament detection, flare datasets, and survey-style products have taught me how to build things that other people can actually reuse.
