معرفی
Matti Rissanen is an Associate Professor in Aerosol Physics at the Department of Physics, Faculty of Engineering and Natural Sciences, Tampere University. His research focuses on experimental and theoretical characterization of fast free radical reactions influencing atmospheric aerosol formation and low-temperature combustion processes. Key areas include autoxidation mechanisms of volatile organic compounds, aerosol precursor formation, and development of chemical ionization mass spectrometry techniques.
Research achievements include pioneering work on highly oxygenated organic compounds (HOM) formation mechanisms and their role in atmospheric aerosol growth. He leads a research group applying flow tube kinetics and quantum chemical computations to study oxidation reactions in both biogenic and anthropogenic contexts.
Notable contributions include ERC Consolidator Grant and Academy Research Fellow recognition. His work bridges combustion efficiency and air pollution mitigation, emphasizing sustainable energy solutions. Current projects involve advancing detection methods for atmospheric trace gases and aerosol precursors using innovative mass spectrometry setups like the MION instrument.
Research collaborations span international institutions, with publications in Journal of the American Chemical Society, Nature Communications, and Chemical Reviews. His mission integrates clean air initiatives with renewable energy advancements to address global environmental challenges.
