Summary
Microburst precipitation is a key loss mechanism for electrons in the Earth’s inner magnetosphere and a significant energy source for the ionosphere. Chorus waves play a crucial role in driving electron microbursts. This study employs a simulation model to quantify microburst generation by chorus waves. The project will have a broader impact on human communication, as electron microbursts enhance ionospheric electron density, altering conductivity and consequently affecting communication signals. The project will support a scientist who obtained a PhD in 2021 and a graduate student. This p
