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About

Martin Wirth is a researcher whose work bridges atmospheric science and robotics, with a primary focus on the optical properties of aerosol particles and their remote sensing. His most significant contribution lies in the study of wildfire smoke, particularly his 2020 paper "Is the near-spherical shape the 'new black' for smoke?" which has garnered 48 citations. In this work, Wirth demonstrated that near-spherical particles can replicate the triple-wavelength particle linear depolarization ratio and lidar ratio values observed in stratospheric smoke from Canadian wildfires, challenging conventional assumptions about smoke particle morphology and advancing lidar-based atmospheric monitoring. Earlier in his career, Wirth explored robotics, authoring "Adaptive control of robotic manipulators using DSPs" (2005, 4 citations), which showcased real-time implementation of advanced control algorithms. While this work has more modest impact, it reflects his versatility in applying digital signal processing to motion control. Wirth's research is particularly valuable for students and researchers in atmospheric physics and aerosol science, as his findings improve the interpretation of lidar data and enhance our understanding of wildfire smoke transport and its climatic effects.