Tom Stone
Papers
3
Total Citations
272
H-Index
3
About
Tom Stone is a pioneering figure in atmospheric optics and robotic vision, best known for revolutionizing the measurement of aerosol optical depth (AOD) during nighttime. His major contributions center on developing novel photometric techniques that enable continuous, diurnal monitoring of aerosols and water vapor—critical for climate modeling and air quality studies. Stone’s landmark 2016 paper on the Cimel CE318-T multiband photometer, cited 186 times, introduced the first instrument capable of using both sun and moon as light sources, bridging a long-standing gap in atmospheric data collection. Earlier, his 2011 work on nocturnal AOD measurements with a small-aperture automated photometer (81 citations) established the foundational method for lunar-based retrievals, leveraging the U.S. Geological Survey’s lunar calibration system for high precision. Beyond atmospheric science, Stone has ventured into robotics, exploring place recognition with event-based cameras and neural implementations of SeqSLAM, though this work has garnered fewer citations. His achievements have profoundly impacted environmental monitoring, enabling round-the-clock aerosol observations that were previously impossible, and his instruments are now widely deployed in global networks.
Research Focus
Key Achievements
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