CORDIS Project
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This project examines the role of aerosols in climate and health by studying the surfaces of aerosol droplets. It aims to understand how surfactants affect cloud formation and the chemical interactions at the droplet-air interface, which are crucial for accurate climate modeling.
By serving as cloud droplet seeds, aerosols represent the largest negative (cooling) and most uncertain climate forcing.
Particulate matter is also a major contributor to air pollution, attributed to ~7 million annual deaths.
Aerosol surfaces hold the greatest source of uncertainty for atmospheric chemistry and climate impacts.
Surfactants are now routinely identified within atmospheric aerosol samples, and surface tension governs the fraction of particles that activate into cloud droplets, sign…
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