The aim of my research is to provide accurate and stable spatiotemporal reference frames to society.
High-precision positioning, navigation, and timing are essential for daily life, scientific research, and space missions, all of which fundamentally depend on reliable spatiotemporal reference frames. Very Long Baseline Interferometry (VLBI) is a unique observing technique that measures the positions and motions of both celestial bodies and the Earth using radio telescopes. However, its accuracy is limited by atmosphere turbulence and other systematic errors. My research focuses on the modeling and mitigation of these error sources, based on existing and new, dedicated astrometric and geodetic VLBI observations, as well as self-developed analysis software.
