Andreas Brotzer

Dr. Andreas Brotzer is affiliated with the Department of Earth and Environmental Sciences at Ludwig Maximilian University Munich, working at the Geophysical Observatory. He currently holds a research position and is conducting a research stay at the University of British Columbia, Canada. His primary research focuses on rotational ground motions, seismology, and geophysical instrumentation, particularly involving ring laser technology (ROMY project) and multi-component seismic observations. His work addresses challenges like atmospheric pressure interference, sediment depth mapping, and high-resolution earth sensing.

Research interests include: 1) Advanced rotational motion measurement systems, 2) Integration of fiber optic and ring laser technologies for geophysical monitoring, 3) Seismic array analysis for crustal structure imaging, and 4) Development of low-noise models for ground motion analysis. He has contributed to projects like the Pinon Flats Observatory in Southern California and Greenland's continental margin studies.

Recent work emphasizes vehicular source tracking, length-of-day variations observed via ring lasers, and noise characterization in rotational measurements. His posters highlight operational aspects of large ring lasers and seismic station implementations. Professional profiles are available on ResearchGate and LinkedIn.